50/- `
ISSN 0970-647X | Volume No. 38 | Issue No. 6 | September 2014 38 | Issue No. No. | Volume 0970-647X ISSN The Doyen's Recollections Research Front (Reminiscences of Parallel Computing with Message Prof. V. Rajaraman) 7 Passing Interface-Part II 32
Cover Story Security Corner History of the Computers, A Review of Cyber Security GUI and Devices 19 Curriculum in Indian Context 38
Cover Story Security Corner Looking Back at the A Case Study of Orbit Evolution of the Internet 21 Offshore Services 41
www.csi-india.org www.csi-india.org CSI Communications | September 2014 | 1 CSI-2014 STUDENT CONVENTION Hosted by and at: Guru Nanak Institutions Technical Campus (Formerly Guru Nanak Engineering College) (Affi liated to Jawaharlal Technological University, Hyderabad) Ibrahimpatnam, Hyderabad. Theme: Campus to Corporate and Beyond Dates: 10 - 11 December 2014 As a part of Golden Jubilee Celebrations of Computer Society of India and 49th Annual Convention of Computer Society of India, the Student Convention of CSI will be held at Guru Nanak Institutions Technical Campus, Ibrahimpatnam, Hyderabad..
Last date for submission of papers: Nov 10, 2014. Fees (incl of Service Tax) for registration: Rs. 400 for CSI members and Rs. 500/- for non-CSI members. There is no fees for paper presentations. Papers should be submitted in A4 paper size and as per IEEE format and sent by e-mail given below. Acceptances of the papers will be communicated on or before 15th November, 2014. Free Accommodation will be made available from 9th night to 11th Dec., 2014 evening at Guru Nanak Institutions, Ibrahimpatnam, Hyderabad or near- by venue. For further details contact: [email protected] CSI Communications - Call for Articles for forthcoming issues Please note that Cover Themes for forthcoming issues are planned as follows: • October 2014 - SMAC (Send your articles for October 14 issue latest before 23rd September 2014) • November 2014 – Visualization Technologies • December 2014 – Algorithmic Computing • January 2015 – IT Infrastructure • February 2015 – Quantum Computing • March 2015 – Machine Translation In order to provide a fair opportunity to all for contribution, we are making an open appeal to all of you to send your articles for CSI Communications magazine. Kindly note that the Editorial Board of CSI Communications is looking for high quality technical articles for diff erent columns pertaining to the above themes or other themes of emerging and current interests. The articles should cover all aspects of computing, information and communication technologies that should be of interest to readers at large and member fraternity of CSI and around. The articles shall be peer reviewed by experts decided by the Editorial Board and the selected ones shall be published. Both theoretical and practice based articles are welcome but not research papers. The articles and contributions may be submitted in the following categories: Cover Story, Research Front, Technical Trends and Article. CIOs/Senior IT/IS personnel/consultants of the companies, who are managing technologies/projects related to the cover themes are welcome to contribute under the CIO Perspective - Managing Technology section. Similarly, HR Senior Managers/ Personnel/ Consultants are invited to contribute under HR section. Letters to the Editors for ReaderSpeak(), questions to be answered in Ask an Expert, your experience of Programming Tips under the Practitioner Workbench: Programming.Tips(), your memories of yesteryears of computing for IT.Yesterday(), theme based crossword puzzle and theme based cartoon for Brain Teaser column are also welcome. Here are article submission guidelines for your information: • The articles may be long (2500-3000 words) or short (1000-1500 words) authored in as the original text. (Plagiarism is strictly prohibited.) • The articles may be sent to the CSI Editorial Board via email [email protected]. • All manuscripts should be written at the level of the general audience of varied level of members. • Equations and mathematical expressions within articles are not recommended, however, if absolutely necessary, should be minimum. • List of references is preferred and it is recommended that list not more than 10 references at the end of your manuscript. Please don’t include any embedded reference numbers within the text of your article. If you would to like to refer, you may state names in the text and provide full reference at the end. The reference must state the names of the authors, title, publisher’s name, complete publication reference with month and year. Web URLs should be there for website references with accessed date. • Figures and Images used should be limited to maximum of three (only high resolution images need to be sent, and the image needs to be sent separately also). • Only MS-Word and PDF submissions are allowed. • Include a brief biography of four to six lines for each author with author picture (high resolution). • Please note that Editors will edit the contents as felt necessary. • Editorial board will notify the authors of selected articles and authors will be asked to fi ll up the copyright transfer form before accepting the article. Please note that months for various cover themes are tentative and may change depending on prevailing circumstances. (Issued on behalf of Editorial Board of CSI Communications)
CSI Communications | September 2014 | 3 CSI Communications Contents
Volume No. 38 • Issue No. 6 • September 2014
Editorial Board The Doyen's Recollection Prof. Dr. V Rajaraman: A brief Strolling Down the Memory Lane Chief Editor biographical sketch Dr. S. Natarajan Dr. R M Sonar 7 30 The First Book on Programming in India Editors 8 Research Front Dr. Debasish Jana Parallel Computing with Message Dr. Achuthsankar Nair How Computer Society of India got 32 Passing Interface its Name Manu K. Madhu and Biji C.L. Resident Editor How the MCA Programme Started Mrs. Jayshree Dhere Practitioner Workbench 9 Programming.Tips() » History of the Establishment of the Fun with C Centre for Development of Advanced 36 10 Amitava Nag Computing Programming.Learn(“R”) » Published by Time-Line – Development of Computing Executive Secretary Regression Analysis with R 12 in India (1955-2010) Umesh P and Silpa Bhaskaran Mr. Suchit Gogwekar Dr. V Rajaraman 37 For Computer Society of India Cover Story Security Corner Design, Print and Information Security » History of the Computers, GUI and Dispatch by Devices A Review of Cyber Security CyberMedia Services Limited 19 38 Radharaman Mishra Curriculum in Indian Context C. R. Suthikshn Kumar Looking Back at the Evolution of the Case Studies in IT Governance, IT Risk Internet 21 and Information Security » Hardik A Gohel 41 A Case Study of Orbit Off shore A Brief History of BIDW (Business Services 25 Intelligence and Data Warehousing) Dr. Vishnu Kanhere Mr. K. V. N. Rajesh and Mr. K. V. N. Ramesh
Please note: CSI Communications is published by Computer Society of India, a non-profi t organization. Views and opinions expressed in the CSI Communications are those of individual authors, contributors and advertisers and they may diff er from policies and offi cial statements of CSI. These should not be construed as legal or professional advice. The CSI, the publisher, the editors and the contributors are not responsible for any decisions taken by readers on the basis of PLUS these views and opinions. Although every care is being taken to ensure genuineness of the writings in this publication, User Readership Survey 2014: CSI Communications & Members Data Updation 26 CSI Communications does not attest to the originality of the respective authors’ content. © 2012 CSI. All rights reserved. Brain Teaser Dr. Debasish Jana 43 Instructors are permitted to photocopy isolated articles for non-commercial classroom use Happenings@ICT without fee. For any other copying, reprint or 44 republication, permission must be obtained H R Mohan in writing from the Society. Copying for other than personal use or internal reference, or of CSI Report - CSI Golden Tech Bridge Program 45 articles or columns not owned by the Society without explicit permission of the Society or the copyright owner is strictly prohibited. CSI News 47
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CSI Communications | September 2014 | 4 www.csi-india.org Know Your CSI
Executive Committee (2013-14/15) »
President Vice-President Hon. Secretary Hon. Treasurer Mr. H R Mohan Prof. Bipin V Mehta Mr. Sanjay Mohapatra Mr. Ranga Rajagopal [email protected] [email protected] [email protected] [email protected] Immd. Past President Prof. S V Raghavan [email protected]
Nomination Committee (2014-2015) Prof. P. Kalyanaraman Mr. Sanjeev Kumar Mr. Subimal Kundu
Regional Vice-Presidents Region - I Region - II Region - III Region - IV Mr. R K Vyas Mr. Devaprasanna Sinha Prof. R P Soni Mr. Hari Shankar Mishra Delhi, Punjab, Haryana, Himachal Assam, Bihar, West Bengal, Gujarat, Madhya Pradesh, Jharkhand, Chattisgarh, Pradesh, Jammu & Kashmir, North Eastern States Rajasthan and other areas Orissa and other areas in Uttar Pradesh, Uttaranchal and and other areas in in Western India Central & South other areas in Northern India. 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CSI Communications | September 2014 | 5 H R Mohan President’s Message From : President’s Desk:: [email protected] Subject : President's Message Date : 1st September, 2014
Dear Members I am happy to inform that the National Final Competition for Young Talent Search Computer Programming 2014 was successfully conducted at the Rajalakshmi Engineering College (REC) on 31st Aug 2014 with CSI veterans Mr. G. Ramachandran, Mr. S. Venkatakrishnan and Ms. Latha Ramesh as judges. Ten teams selected out of 200+ from the prelims conducted at 21 centres across the country participated in the fi nals. While the team from St. Jude’s Public School & Junior College, Kotagiri stood fi rst, the team from Rishy Valley School (KFI). Madanapalle was the runner up. I could witness the keen & competitive interest of the teams participated in the contest. Cash awards along with trophies were presented to both the winning teams who will represent India in the SEARCC ISSC-2014 to be held at Chennai during October 2014. Let us wish these teams all the very best in the ISSC-2014. Our thanks to the management of REC for supporting the contest for several years and also for consenting to host ISSC-2014. The Div IV supported International Conference on Innovations in Computer Science & Engineering – ICICSE 2014 took place at Gurunanak Institutions at Hyderabad during 8-9, Aug 2014. The conf. attracted about 200 to suit all the SEARCC economies. Few divisions and SIGs may plan for these papers of which 60 were presented in parallel sessions. The conf. proceedings SEARCC 2014 online events. Depending on the success of this initiative, it was of the papers presented and the souvenir with the abstracts of all the papers deliberated whether we can make SEARCC conf. an online only event involving submitted have come out very well and they are being added in our reference other economies also to make them participate to start with and facilitating library at CSI ED. Dr. H.S. Saini & Dr. D.D. Sarma and their team had run the them to become members of SEARCC subsequently. As the World Computer conf. in a splendid manner and this has given us the confi dence that the Student Congress WCC-2015 of IFIP is being held in South Korea, the SEARCC 2015 may Convention to be hosted by GNI during CSI 2014 is in safe hands. Vice President become the fi rst full-fl edged online conference. Mr. Bipin Mehta and the Chair, Div Iv Dr. Durgesh Kumar Mishra participated in On the invitation from the Computer Society of Sri Lanka, the undersigned the conf. along with the President. attended and presented a session on “ICT growth and challenges in India” in their Hyderabad witnessed one more event supported by CSI – a National annual fl agship event National Information Technology Conference NITC-2014 Workshop on Big Data – BiDA2014 which was held during 22-24, August held prior to SEARCC EXCO during 25-27 Aug 2014. The inauguration ceremony 2014 at CR Rao Advanced Institute of Mathematics, Statistics and Computer of the NITC-2014 was held at the Main Conference Hall of the Bandaranaike Science. This intensive workshop inaugurated by the CSI President had invited International Conference Hall (BMICH), Colombo and was attended by about talks on various aspects of Big Data from seasoned academic and professional 800 participants. The conference had 15 international speakers including community such as IIITH, IISc, UOH, BITS, AIMSCS, CDAC and hands-on Mr. Leon Strous, IFP President, Mr. H.R. Mohan, CSI President, Ms Brenda Aynsley, sessions at Centre for Modelling, Simulation and Design at Univ. of Hyderabad. ACS President, Prof. Tim Unwin, Secretary General of the Commonwealth Dr. Saumyadipta Pyne, the key anchor for this workshop has in principle agreed Telecommunication Organisation & Unesco chair In ICT4D, Mr. Tim Greisinger, to run similar workshops and also an online course for CSI through the proposed Vice President, IBM, Mr. Anthony Ming, Adviser (Informatics), Commonwealth Special Interest Group on Data Science and Analytics or joining with the existing Secretariat, Dr. Nick Tate, Imm. Past President, ACS, Mr. Yohan, Secretary SIG DATA. General, SEARCC. Considering the relevance of CHOGM 2013 theme “Growth Dr. Bagga and Dr. Ashok Agarwal, the veterans who had played major and Equity: Inclusive Development”, NITC 2014 was positioned as an ICT forum roles in organizing few highly successful CSI annual conventions at Hyderabad for commonwealth nations organized by the Computer Society of the CHOGM had organised a brainstorming session at IIITH on 22nd Aug in connection host country to create a platform to deliberate on the role of ICT in citizen centric with the eGovernance Track and Knowledge Sharing Summit during CSI 2014. development in the commonwealth beyond Millennium Development Goals It may be noted that CSI eGovernance State/Project Awards are being given (MDG) of which deadline reaches in 2015. The conference agenda has focused during annual conventions for the last 12 years and the SIG eGOV has been deliberations on topics relevant to commonwealth countries on developing spearheading the major activities in sharing knowledge in eGov domain in a collaborative and connected commonwealth to share ICT knowledge and Knowledge Sharing Summits. Along with the President, CSI 2014 team and the resources to synergize eff orts to advance the social development. eGov awards team consisting of Dr. Surendra kappor, Dr. Harish Iyer and Mr. As the revenues from IT services are under stress, the only way to achieve Vijaya Sekhar deliberated on the modalities and the events to be organized in our projected growth in IT revenues is by innovation and IP development. In this the context of divided Andhra. All the teams were sensitized to organize a great context, it is a timely initiative by CSI Kochi to start an innovation hub on an eGov awards event at CSI 2014. experimental basis with the support of Startup Village at Kochi. Mr. Santosh The CSI ED supported Golden Tech Bridge event held on 9th Aug was Kumar, Secretary of CSI Kochi is taking the lead in this initiative. Based on its a great success and it has made a signifi cant impact among the public at success, we would like to replicate it in other chapters. large. Over 60 institutions organized this programme which was attended by I am happy to note that the newly formed SIGs – Indic Computing and housewives, retired people, people from lower strata including shopkeepers and Technology Enhanced Learning are coming out with their newsletters – “Indic auto drivers. Apart from providing basic computer skills and knowledge, the News” and “Title” respectively. Thanks to Dr. B. Kannan and Dr. M. Sasikumar for participants were taught how to use various eServices of the Govt., railway ticket their sustained interest in SIG activities. Members may look forward to receive booking, online banking etc., The reports received from the institutions highlight them soon. the appreciations by the participants and the demand to run similar events at Digital India, the dream project of our PM, announced in Aug 2014 will regular intervals. This is a great step towards bridging the digital divide. While be the umbrella programme for the government’s initiatives in the area Digital we have a long way to go. I am sure with the support of our SBs we can achieve Literacy for all and transparent eGovernance and will entail an expenditure of our objectives. Rs 1.13 lakh crore in existing and new plans. More about Digital India initiatives In the EXCO of the SEARCC held at Colombo on 28th Aug, the possibility in the next month. of hosting the SEARCC 2014 by Malaysia was discussed. As MNCC had Let us promote the individual life membership in CSI at a 15% discount expressed their inability to host the event in 2014 and the possibility of being off ered for a limited period from 1st Aug to 31st Dec 2014. organizing it during Feb 2015 only, it was decided to run SEARCC 2014 in online mode with few online video streaming sessions covering technology trends and country initiatives presented by SEARACC member counties. India, Australia With best regards and Srilanka have come forward to take this initiative forward and make it a standard feature to share the knowledge among its members. The undersigned H R Mohan suggested that these online sessions relating to SERACC 2014 may be organized President in the fi rst week of Dec 2014 to coincide with CSI 2014 at some convenient time Computer Society of India
CSI Communications | September 2014 | 6 www.csi-india.org Rajendra M Sonar, Achuthsankar S Nair, Debasish Jana and Jayshree Dhere Editorial Editors
Dear Fellow CSI Members,
We are glad to bring this special issue on IT History to you. Our model used in high performance computing. The second part previous issue on this theme had seen tremendous infl ow of appearing in this issue provides information on writing MPI contributions and also many responses from readers. We had subroutines and presents toy examples to illustrate the concept. decided at that time itself that we would repeat the history theme In the Information Security section of Security Corner column once again and so there is this special issue on IT History for all we have an article written by Dr. C. R. Suthikshn Kumar titled of you. It’s an absolute pleasure to put on record that this time “A Review of Cyber Security Curriculum in Indian Context”. In also we received a good response for this theme in terms several the light of growing need of cyber security professionals to help contributions. guard country’s cyber boundaries, the article focuses on how the This month’s highlight is many reminiscences of the doyen of Indian curriculum should be designed for creating highly skilled cyber computing fraternity, Prof. V. Rajaraman. In the special section security professionals. Dr. Vishnu Kanhere of CSI-SIG on Humane called “The Doyen’s Recollections”, we have an assortment of 5 Computing continues to contribute to section of ‘Case Studies in crisp articles by Prof. Rajaraman, which spans the academia, R & D IT Governance, IT Risk and Information Security’ under Security and also CSI itself. These articles - “The First Book of Programming Corner column. This time Dr. Kanhere writes about the case study in India”, “How CSI got its name”, “How MCA program started”, of Orbit Off shore Services, which highlights how history can “Establishment of CDAC” and “Timeline of development of computing in India” are all collectors’ pieces. We are sure that This time Dr. Kanhere writes about the case study these articles have made this issue a very precious one. of Orbit Off shore Services, which highlights how In addition to Prof. Rajaraman’s contributions, under the Cover Story section, we have four articles. First is on “History of history can serve the purpose of an early warning Computers, GUI and Devices” written by Radharaman Mishra system and how important learning from historical of iGate. This is a very well-written article that describes history events can be. and timeline of computers and related devices through various generations and also peeks into the future at the end. Second article is on “Looking Back at the Evolution of Internet” by Hardik serve the purpose of an early warning system and how important Gohel. It tells us about the history of the Internet and of course learning from historical events can be. the Web which greatly revolutionalized the way information is In our regular section called Programming.Tips() under Practitioner accessed today online all over the globe. The article talks about Workbench column, we have an article written by Amitava Nag electronic mail, social networking, various versions of Web – Web on “Fun with C” where he discusses whether it is possible to 1.0, Web 2.0, Web 3.0 (Semantic Web) etc and fi nally speaks have a function in C program that accepts variable number of about the future of the Web in terms of Web Intelligence. parameters. As usual Umesh P. and Silpa Bhaskaran continue their The third article under the cover story section is about “Brief write-ups under Programming.Learn(“R”) and this time they write History of BIDW (Business Intelligence and Data Warehousing)” about “Regression Analysis in R”. written by K.V.N. Rajesh and K.V.N. Ramesh. The article traces the Dr. Debasish Jana, Editor, CSI Communications presents timeline of how BIDW technology has come way forward from crossword for those who want to challenge themselves under the time of advent of computers to the state in which we see it Brain Teaser column. CSI President H. R. Mohan brings us the ICT now and concludes saying that the usage and support for BIDW News Briefs in August 2014 at a glance under various sectors in in Businesses is only expected to grow in future. The fourth article his regular column Happenings@ICT. Due to shortage of space we “Strolling down the Memory Lane” is written Dr. S. Natarajan, who are omitting Innovations in India, Ask an Expert and On the Shelf takes us 42 years back in time when he worked in DRDL and tells Columns in this issue. us about the way computing was being done then. However, we have other regular features like CSI Announcements, Our Research Front section carries an article titled “Parallel CSI Reports and Chapter and Student Branch News. We also have Computing with Message Passing Interface” written by Manu Call for Contributions where we provide tentative list of future K. Madhu and Biji C.L. The article is continuation of the fi rst part cover themes of CSIC. which was published in last month’s issue i.e. CSIC August 2014 There is a special user readership survey being carried out and we request you all to respond to it wholeheartedly and provide This month’s highlight is many reminiscences of details that are asked for. Please remember we do welcome your the doyen of Indian computing fraternity, Prof. feedback and responses at the email id [email protected] V. Rajaraman. In the special section called “The We wish all readers pleasant and fruitful reading. Doyen’s Recollections”, we have an assortment of 5 crisp articles by Prof. Rajaraman, which spans the academia, R & D and also CSI itself. With warm regards, Rajendra M Sonar, Achuthsankar S Nair, issue. The fi rst part provided introduction to parallel computing Debasish Jana and Jayshree Dhere and use of MPI (Message Passing Interface) which is a dominant Editors
CSI Communications | September 2014 | 7 It’s a pleasure to receive several contributions from Prof. V. Rajaraman for CSI Communications’ special issue on IT History. Very recently Prof V. Rajaraman was honored with the award of D. Sc. (Honoris Causa) from IIT Kanpur on June 18th, 2014. A link to the video coverage of the award ceremony is available at iitk.vmukti.com. He has contributed five articles for this issue providing information on –First programming book in India, How CSI got its name, How MCA program started, Establishment of CDAC and Timeline of development of computing in India.
Prof. Dr. V Rajaraman: A brief biographical sketch Prof. Rajaraman was awarded the Padma Bhushan by the President of India in 1998. He V. Rajaraman, PhD(Wisconsin) is a Fellow of the Computer Society is Honorary Professor of India, the Indian National in the Supercomputer Science Academy, the Indian Education and Research Academy of Sciences, Centre(SERC) at National Academy the Indian Institute of of Sciences,Indian Science, Bangalore. He National Academy of was previously TataChem Engineering, and the Professor and Chairman of Institution of Electronics and SERC, IISc (1982-1994), Telecommunication Engineers. IBM Professor of Prof. V.Rajaraman giving acceptance speech aft er receiving Among the many honours IT at the Jawaharlal honorary D.Sc. of IIT,Kanpur on 18 June 2014 and prizes that he has Nehru Centre for received are Shanti Swarup Advanced Scientifi c Research, Bangalore (1994- Bhatnagar Prize (1976), 2001), and Professor of Electrical Engineering Homi Bhabha Prize (1984) by UGC, Indian and Computer Science at IIT,Kanpur (1966- Society of Technical Education award for 1982). He was an Assistant Professor of Statistics excellence in Teaching (1988), Om Prakash at the University of Wisconsin, Madison (1961- Bhasin Prize (1992), Rustom Choksi Award 62), a visiting Assistant Professor of Electrical (1993) by IISc, Zaheer Medal (1998) by the Engineering and Computer Science at the Indian National Science Academy, and the University of California, Berkeley (1965-66), Life Time Contributions award by the Indian and an IBM Research Fellow at the IBM National Academy of Engineering, Dataquest, Systems Development Institute, Canberra, Computer Society of India, and the Systems Australia (1973-74). He is an author of 23 Society of India. He was awarded an Honorary widely used text books and numerous research DSc (Engineering) by the Bengal Science and papers in computer science and has guided 30 Engineering University, Sibpur in 2012, and an PhD students. Honorary DSc by IIT/Kanpur in 2014. n
CSICCSSI CoCommunicationsommmuunniccatatioonss | SeptemberSeS ptp emmbeb r 220140014 | 8 wwwwww.csi-india.orgwww.csc i--indiaa.orrg Doyen's Prof. V. Rajaraman Recollections Supercomputer Education and Research Centre, Indian Institute of Science, Bangalore
The First Book on Programming in India
It all started with the arrival of an IBM called FORGO, one lecture on numerical book published so that more persons can 1620 mainframe computer at IIT/Kanpur methods and the third on computer logic. read it. I sent the book to several publishers in August 1963. This computer was the This was followed by 3 hour laboratory but they were not interested in publishing fi rst one with a FORTRAN compiler to sessions on programming for batches of 20 it. They felt that there was no market in be installed in India. It was gifted to IIT/ participants. The batch size was limited to India for a book on computer programming. Kanpur by the Kanpur Indo American 20 as we had only 25 key punch machines Only one publisher, Prentice-Hall of India, Programme (KIAP) funded by the using which participants in the course showed some interest. I insisted that the United States Agency for International punched their programs on 80 column book should be priced below Rs.15 so that it Development. KIAP was a consortium of cards. Program decks of participants will be aff ordable to students. Prentice-Hall nine top U.S. universities including MIT, were submitted as a batch to computer of India Managing Director at that time CalTech, University of California, Berkeley, operators who ran them. Mr. Neville Gosling fi nally agreed in August Princeton, and Purdue. The computer was As no inexpensive books were available 1967 to publish the book (after getting the installed by the engineers of IBM (India). to teach programming I was persuaded to book reviewed) with the stipulation that KIAP had sent three Professors during write notes on programming. Originally I give a “camera ready” copy by getting it 1963-64 to help in installing the software they were distributed as cyclostyled notes typed using an IBM electric typewriter. It and teach how to program the computer. to the participants. At the same time, IIT/ was done on A4 size paper with drawings Professor Harry Huskey from the University Kanpur faculty decided to teach a course on drawn using India ink on tracing paper. of California, Berkeley was the head of computer programming as a compulsory The book titled “Principles of Computer the team. Prof. Huskey was a pioneer in course to all engineering students. Each Programming” was fi nally published in July computing, having been a member of the batch had 300 students and the notes 1969. The fi rst print run was 3000 copies. ENIAC team and also a member of the were used to teach the course beginning Prentice-Hall of India had hoped that they team which built the ACE computer at in 1964/65. The notes titled “Principles will be able to sell the fi rst print in three the National Physical Laboratories, U.K., of Computer Programming” was printed in years. To their utter surprise and mine by under the leadership of Alan Turing. He the graphic arts section of IIT/Kanpur and December 1969, 2500 copies were sold was one of the early Presidents of the sold by the campus book store for Rs.5/-. and a second printing came out in May Association for Computing Machinery The book was bought not only by IIT/ 1970. Even though there were not many (ACM), U.S.A. The other members of the Kanpur students but also by outsiders who computers in India there was tremendous team were Prof.Forman Acton, a numerical visited IIT/Kanpur. curiosity and eagerness to lean about analyst, and Prof. Irving Rabinowitz, a I spent the year 1965-66 at the computers and programming. The book systems programmer both from Princeton University of California, Berkeley, as a fulfi lled that need. University. As soon as the computer Visiting Assistant Professor and showed This book was followed by a revised was installed, Prof.Huskey and his team my programming notes to some colleagues edition titled “Computer Programming in planned a course in programming for IIT/ there for their comments. They suggested FORTRAN IV”, and later as FORTRAN 77 Kanpur faculty and research students. He small changes and I polished the notes. On (including an introduction to FORTRAN then took a pro-active step in spreading return to India in August 1966, I got involved 90). The 51st printing of this book appeared computer education not only to the IIT/ again in teaching the programming course in July 2013. Even today the latest version Kanpur community but also to researchers to students as well as the participants of the fi rst programming book is being sold in CSIR, DRDO, and other laboratories of the intensive courses. I requested my steadily, although not in large numbers, in and Universities. Beginning in December colleague Prof. H N Mahabala to review spite of FORTRAN having been superseded 1963, IIT/Kanpur started 10 day intensive my notes and he did a commendable by Pascal, C, C++, and Java. It is also gratifying courses in computing which was continued job and gave numerous suggestions for that whenever I meet engineers/scientists and given thrice a year by the IIT/Kanpur improvement as he was also teaching in their 50s they remember that they learnt faculty till 1972. Sixty participants were the intensive course as well as the programming using the FORTRAN book admitted to each course and it consisted undergraduate course on computing. The describing its unusual A4 size and the colour of three lectures, one on programming thought then occurred, with persuasion by of its cover which changed from silver grey using a load and go version of FORTRAN my wife Dharma, that I should try to get the to chocolate to yellow and fi nally blue. n How Computer Society of India got its Name
Indian Institute of Technology, Kanpur was an IBM 1620 with 60K digit memory, three engineers in a large air conditioned room. the fi rst educational institution in India tapes, punched card I/O and an arithmetic IIT/Kanpur was assisted by a consortium to install a mainframe computer with a unit which did arithmetic by table look of nine top Universities including FORTRAN compiler in August 1963. It was up! The computer was installed by IBM MIT, CalTech, Princeton, University of
CSI Communications | September 2014 | 9 California, Berkeley, and Purdue University. organized an International Conference on Friday, December 14, 1964 afternoon Prof.Harry Huskey of the University of Computers at IIT/Kanpur, funded by the where a consensus was reached that the California, Berkeley, was the leader of an United States Agency for International All India Computer Users’ Group was American faculty team who had come Development and the Ford Foundation, not an appropriate forum for scholarly to help install the computer and to teach with the primary goal of discussing discussions and for presenting results of programming, numerical methods, and the latest trends in computing. All research in the area of computing. It was computer logic to the students and speakers to this conference were invited decided to form a professional society in faculty at IIT/Kanpur. Prof. Huskey was speakers. Among the speakers were Prof. computing. The question then arose about a pioneer in computing, having worked Maurice Wilkes of Cambridge University, naming the society. Indian Computer with the ENIAC team and later with Alan Prof. John Bennet, of the University of Association, and Indian Computer Society, Turing designing the ACE computer at the Sydney, Australia, Prof. J Beltran from among other names were proposed. National Physical Laboratory, U.K. He was Mexico who was famous for spreading Indian Computer Society was rejected as also a Past President of the Association computer education in Mexico by the abbreviation ICS reminded everyone for Computing Machinery (ACM), U.S.A. transporting an IBM 1620 on an air about our colonial past, and ICA was With his vast experience in managing conditioned truck to various universities too close to the Institute of Chartered computing facilities and infl uence there, Dr. S. Barton, a computer designer Accountants. Dr. P P Gupta, who was with IBM he requested IBM to gather from CDC, besides Prof. Harry Huskey, sitting next to me, then suggested the IBM computer users to exchange their Prof Forman.Acton, and Prof. Irving name Computer Society of India (CSI) and experiences and to request IBM for some Rabinowitz (from Princeton). Almost it was fi nally agreed as the appropriate improved services. The group of 16 persons 60 participants were invited from India name by all who were present. Major from seven IBM computer installations among whom, I remember, were Major A.Balasubramanian, who was at that time including representatives from IIT Kanpur, A Balasubramanian (DRDO), Dr. P P in-charge of the IBM 1620 installation at DRDO, PRL, and some other organizations Gupta(CDC), Dr. S R Thakore (PRL), DRDO, Hyderabad, volunteered to get fi rst met at the IBM Education Centre at Dr. P V S Rao (TIFR), Dr. N Srinivasan the new society registered as soon as Faridabad on 6 June 1964. At the end of (NAL), Prof. B Nag (Jadavpur University), he returned to Hyderabad. (At that this meeting it was decided to form an All Prof. J Roy (ISI), besides Prof. H K Kesavan time all of us did not realize that CSI was India Computer Users’ Group (AICUG). and I from IIT/ Kanpur. At the end of used as an abbreviation by the Church of In mid December 1964, Prof. Huskey the conference a meeting was held on South India!). n How the MCA Programme Started
In 1979 the Electronic Commission of the convener of the panel. programmes primarily emphasized the Government of India, of which I was a The terms of reference given to the design of computers rather than their member, felt that several computer based panel and the full report of the panel may applications in industry and government. projects were not progressing fast enough be found in[1]. The panel held nine meetings The committee felt that there was a due to the paucity of trained human during January-July 1980. On 21 and 22 need for a large number of systems resource. The then Chairman of the April 1980 it held a Computer Science analysts and application programmers Electronics Commission Prof. Biswajit Nag and Engineering curriculum development particularly to fulfi ll the requirements set up a panel with me as its Chairman seminar at IIT/Delhi. Opinions of CSI of the data processing departments of to project the demand for manpower members were solicited at the Annual companies which were primarily users and suggest appropriate educational Convention of CSI held at Mumbai on of computers rather than designers of programmes to meet the requirements February 9, 1980. The panel found that computers. A minicomputer policy which of Human Resource. The other members there was a scarcity of Computer Science was in limbo for a long time was just about of the panel were Prof. S Ghosh of professional all over the world. Further to be announced based on the Sondhi Jadavpur University, Prof. K K Bhutani of most predictions made of requirements of committee[2] recommendations which was J K Institute of Technology and Applied human resources in the area of computing expected to allow many private companies Physics, Allahabad, Prof. S K Lakshmana all over the world were underestimates. to enter computer manufacture. There Rao of REC, Warrangal, Prof. M V Pitke of While reviewing the situation it was found was no formal educational program Bombay University, Prof. P C P Bhatt of IIT, that very few institutions in India had a to create a cadre of systems analysts Delhi (who was at that time the Director formal degree programs in Computer and application programmers. Systems of Computer Division of the Department Science. M.Tech/ME programs were being analysts are expected to have breadth of of Electronics), Dr. D Shankar Narayan off ered by about a dozen institutions in knowledge and maturity as their main job of the University Grants Commission, India with an intake of 152 and B.Tech was requirement is to interview personnel of Dr. S M Vaidya of the Regional Computer off ered only at seven institutions with an various types of organizations and arrive Centre, Pune University, Prof. P G Reddy intake of 122. Further, B.Tech and M.Tech at Systems Requirement Specifi cation of IIT, Delhi, Mr. S S Oberoi of DOE and programmes were engineering oriented (SRS) before embarking on systems Dr. Om Vikas of the Electronics with emphasis on computer architecture, design and programming. Persons Commission who was the member hardware, and systems software. These developing information systems for
CSI Communications | September 2014 | 10 www.csi-india.org organizations need not only knowledge was the panel’s conviction that the MCA the ten institutions chosen should be of computers and computing but also course must have three components: fully funded for fi ve years to create the business practices such as accountancy, strong mathematics base, broad general infrastructure including hiring teachers stores, purchase, organizational structure knowledge on the management structure and buying computers. Department of and related organizational governance of organizations including fi nance, and a Electronics agreed to meet 90% of the practices. The course was primarily strong grounding in computers as a tool funding requirement and 10% was to be meant to fulfi ll the needs of Management in solving problems. The panel felt that funded by UGC/Ministry of HRD. These Information Systems departments of the course must include programming, recommendations were presented to the organizations[3] and develop Information systems analysis and design, operating Electronic Commission and the UGC and systems for the clients of software systems, and basic ideas on architecture they approved the MCA program and companies. The committee felt that a of computers. The panel also felt strongly the funding requested. Subsequently ten basic B.Sc/B.Com degree would give the that at least six months of the course must institutions submitted proposals, got the students some breadth of knowledge be spent by the students in an organization funding and the MCA course was started and maturity. Further a large number of understudying an experienced systems in 1982-83. B.Sc/B.Com students did not have enough analyst. The approval of this course References employment opportunities and a program by UGC was expedited as Dr. Shankar [1] Report of the Panel on Computer Manpower to give them an orientation in a profession Narayan who was an Additional Secretary Development, Electronic Information and would make them employable in the of UGC was a member of the panel. The Planning, IPAG, Electronics Commission, nascent fi eld of computer applications. panel suggested that the MCA programme Vol.8, No.2, November 1980, pp.56-70. This led to the idea of 3 year post graduate should be started at ten institutions [2] Virendra Kumar, Committees and Commissions in India: 1978. programme which the panel decided to with an intake of 30 each. The panel had [3] V.Rajaraman, “A Curriculum Proposal for name Master of Computer Applications hoped that among the ten would be the a Degree Program in Information Systems (MCA). This course was of special three IIMs. IIMs were not interested but Design”, CSI Communications, Vol.5, No.4, relevance to conditions in India and did many other colleges were. To kick start Oct.1981. not mimic any course in the west. It the programme it was suggested that n History of the Establishment of the Centre for Development of Advanced Computing
Introduction leading supercomputer centres in U.K and of these conditions were unacceptable In 1983 the Indian Institute of Science, U.S.A and the two major manufacturers of to the Institute and the Government of Bangalore, gave a proposal to the supercomputers, namely, Cray and Control India. After extensive negotiations on Department of Science and Technology, Data Corporation(CDC) both located in relaxing some of the conditions an order Government of India, to set up a Minnesota, U.S.A. A report was submitted was placed for the purchase of a Cray- supercomputer facility at the Institute. to the Government by the Indian Institute YMP computer with the condition that it The contention of the Institute was that of Science and fi nal approval for buying a should be installed within one year. Cray cutting edge research in science and supercomputer with a budget allocation could not get an export clearance within engineering required such a machine at of Rs.60 crores including special building, the stipulated time and the order was the Institute as modeling and simulation technical staff , faculty etc., came in late cancelled. It was clear to the Institute of complex systems depended heavily on 1985. The institute started the process and to the Government of India that a supercomputer. All major universities of tendering etc. and soon found that the unless we become self-reliant in building in the west had supercomputers. This process of importing a supercomputer supercomputers, we will be forever at the was duly considered by the secretary, was tortuous. Getting an export mercy of the U.S. government. Prof. C N Department of S&T and as the fi nancial clearance from the U.S. government was R Rao who was the then Director of the outlay required was over Rs.25 crores he becoming diffi cult. Even when quoting Indian Institute of Science and who was suggested that a committee of secretaries for the computer Cray and CDC indicated also the Chairman of the Science Advisory consisting of the secretaries of the then the problems with export controls and Council to the Prime Minister (SAC-PM) Department of Electronics, Ministry wanted the Institute to sign an agreement was convinced of the need for India to of Human Resource Development and which included surprise inspection of become self-reliant in building and using S&T should consider the proposal. The the use of the computer including the supercomputers. SAC-PM formed a proposal was approved in principle by source codes of the programs being run, committee with me as Chairman and this committee of secretaries. Then restriction on its use by organizations Prof.P.C.P.Bhatt of IIT, Delhi, Dr. N Seshagiri started a series of steps beginning with outside the Institute, restrictions on its of the Department of Electronics, and a visit by a group led by the Director of use by visiting Professors from the then Dr. P N Shankar of the National Aeronautical the Indian Institute of Science to some Soviet Union and its allies etc. Many Laboratories, Bangalore, as members to
CSI Communications | September 2014 | 11 suggest ways and means of meeting this mode model and the fl exibility in the very expensive. Microcomputers were goal. The committee was set up some management structure of CDOT in the doubling their speed every 2 years and time in December 1986 and held several new centre was emphasized. The need for were inexpensive. Numerous start ups meetings. One of the meetings was held collaboration between various scientifi c in U.S.A were exploring the possibility of with Prof.Roddam Narasimha, a members institutions and a distributed structure to building supercomputers using parallel of SAC-PM, in which he talked about the expedite application developments on a processing and were building prototypes. need of a high performance computer parallel machine was also desired by the The committee felt that it was easier for solving complex computational fl uid committee. to build parallel computers having a dynamics problems in aerospace and During the period 1984-86 performance approaching the speed of research in atmospheric sciences which technology was rapidly changing. supercomputers of the day at a fraction of had relevance to the important problem of Computer architects all over the the cost. Further, there were fortunately monsoon prediction. He also mentioned World were looking for alternatives no embargos on buying microcomputers. the need of a high performance to vector supercomputers of the type The committee submitted a report in computer to solve problems in structural manufactured by Cray and CDC in February 1987 to the SAC-PM entitled engineering, molecular biophysics etc. In the U.S.A., and NEC and Fujitsu in “Technology Mission to develop a Parallel the deliberations of the committee the Japan, which required special cooling, Computer”. The executive summary of need to emulate the successful mission consumed enormous power and were the report is reproduced below:
TECHNOLOGY MISSION TO DEVELOP A PARALLEL COMPUTER SUMMARY
With the advent of inexpensive powerful microprocessors it has give us a leadership position in this area. It is thus proposed now become feasible to build a computer by interconnecting that commercially available parallel computers be distributed a large number of microprocessors. Such a computer, called a to fourteen organizations and individual goals be defi ned for parallel computer, can be designed to solve problems requiring each organization to develop parallel programs in their area of numerically intensive computing. There are a large number competence. These programs should be implemented on the of applications critical to India’s development, which requires prototype parallel computer developed by the mission. sustained numerical speeds in the range of 10 to 100 million It is proposed that the mission be coordinated and executed arithmetic operations per second. It is thus necessary to initiate under the umbrella of the Centre for Development of a technology mission with a goal of building such parallel Advanced Computer Technology (CDACT) of the Department computers by 1990. The potential hardware speed of parallel of Electronics and that it must have a separate identity and computers cannot be utilized unless new algorithms tuned to the autonomy of operation. The proposed budget for the mission parallel structure of these computers are developed. Research in is Rs.32 crores of which USD 14.25 million will be in foreign parallel algorithms is at its infancy and major eff ort can potentially exchange.
On March 31, 1987, I received a letter from the Secretary of SAC- tentatively suggested a discussion on this item for 30 minutes PM which stated “It has been decided that SAC-PM’s work on including a presentation of 10 minutes”. I prepared 3 slides Parallel Computing be included as an item for discussion with for presentation which are reproduced below. (An OHP was the Prime Minister, in a meeting of SAC-PM members to be used for the presentation as the use of PPTs had not become held with him on 21st April 1987 at 18.05 hours. SAC-PM has common in 1987).
PRESENTATION TO PM ON 21.4.1987 ON PARALLEL COMPUTER MISSION
SLIDE 1 ☛ DEVELOP PARALLEL ALGORITHMS AND SOFTWARE IN MISSION TO BUILD A PARALLEL COMPUTER DIVERSE DISCIPLINES ☛ DEVELOP SOFTWARE TO RESTRUCTURE LARGE SERIAL ☛ BUILD PARALLEL COMPUTER WITH MINIMUM PROGRAMS TO PARALLEL PROGRAMS FOR COMPTUER SUSTAINED SPEED OF 50M FLOPS BEING DESIGNED
SLIDE 2 ☛ HARDWARE SYSTEM DESIGN RELATIVELY EASY ISSUES IN PARALLEL COMPUTING CRUCIAL PROBLEMS ARE IN SOFTWARE ☛ PROCESSORS BECOMING FASTER AND CHEAPER ☛ MODELLING PROBLEMS ☛ OUR INDUSTRY ABLE TO USE THEM QUICKLY ☛ RETHINKING SOLUTION HARDWARE ISSUES ☛ PARTITIONING JOBS TO TASKS ☛ ASSIGNING TASKS ☛ INTERCONNECTION STRATEGEIS ☛ COORDINATION OF TASKS ☛ COMMUNICATION STRATAGIES ☛ PICKING RIGHT NOTATION
CSI Communications | September 2014 | 12 www.csi-india.org SLIDE 3 GOAL IN TIME IMPLEMENTATION ☛ INTERCONNECT ALL CENTRES BY A COMPTUER NETWORK WITH CONFERENCING FACILITY ☛ CREATE A CENTRE TO DESIGN DEVELOP AND FABRICATE • TIME LINE IN REPORT A PROTOTYPE SYSTEM • BUDGET $7..25M + RS.935 LAKHS IMMEDIATELY ☛ CENTRE SHOULD HAVE OPERATIONAL AUTONOMY ☛ TOTAL PROJECT COST $14.25 MILLION +RS.12.85 CRORES INTERACT WITH IDENTIFIED MANUFACTURERS = 32 CRORES ☛ ASSIGN APPLICATION DEVELOPMENT TASKS TO R&D ☛ 14 SOFTWARE DEVELOPMENT CENTRES SPREAD ORGANIZATIONS THROUGH INDIA ☛ PROVIDE THEM WITH INFRASTRUCTURE TO ATTAIN
The report of the committee was accepted by the Prime Minister’s Technology” was changed to the “Centre for Development offi ce. Immediately steps were initiated by the Department of of Advanced Computing” by DOE. As the working group had Electronics (DOE) whose secretary was Mr. K P P Nambiar and suggested that closely working with a University would be additional secretary Dr. N Seshagiri. DOE proceeded to form a benefi cial, CDAC was established at the campus of the University registered society under its control. The name suggested by the of Pune in mid April 1988. working group “Centre for Development of Advanced Computer n Time-Line – Development of Computing in India (1955-2010)
This time line lists chronologically various developments which took place in computing in India. In developing this, I have used many sources including the books listed in the references. A complete list of references may be found in the monograph “History of Computing in India (1955-2010)” written by me on the invitation of IEEE Computer Society- History Committee whose URL is given in the References.
Year Important Events
1955 • HEC-2M arrives in India. 16 bit tube/drum machine designed by A D Booth at Birbek College, London, and ordered by ISI, Kolkata from the British Tabulating Machines. • Beginning of the design of TIFRAC prototype at the TIFR, Mumbai (R.Narasimhan leads the team). 1956 • HEC-2M installed at the ISI and used to program statistical calculations in machine language.
1957 • Design of a full-fl edged computer similar to ILLIAC begins at the TIFR (R.Narasimhan’s group).
1958 • URAL-1 a Russian machine installed at the ISI, Kolkata. Has assembly language.
1959 • TIFRAC fabrication completed. • IBM starts manufacturing key punch machines in India. 1960 • TIFRAC starts working. Assembler developed for TIFRAC.
1961 • ISIJU Project to make transistorized computer begins at ISI and Jadavpur University. • First IBM 1401 installed at the ESSO Standard Oil Co., Mumbai.
1962 • TIFRAC dedicated to the nation by Jawaharlal Nehru the Prime Minister of India. • IBM 1401 refurbishing starts at Mumbai. 1963 • IBM 1620 installed at the IIT at Kanpur. First computer with FORTRAN in India. Education using FORTRAN begins. • Bhabha committee set up to review electronics in India.
1964 • IBM 1401 installed in ISI, Kolkata. • A large number of intensive courses on computing given at IIT/Kanpur. • CDC 160A-3600, a large mainframe computer, installed at the TIFR, Mumbai. • First International Conference on Computing held at IIT/Kanpur. Organized by Harry Huskey with fi nancial support from the Ford Foundation. At the end of the conference decision taken to start Computer Society of India. 1965 • 30 IBM 1401s and 12 ICL 1901s installed in India. • Computer Society of India registered in Hyderabad.
CSI Communications | September 2014 | 13 1966 • Report of the Electronics Committee (Bhabha Committee) submitted (February). • IBM 7044 installed at IIT/Kanpur. • Rupee devalued from Rs.4.5 per USD to Rs.7.5 per USD. Windfall profi t to IBM as rentals were quoted in dollars. • ISIJU project complete. • M.Tech program in computers in the Electrical Engineering Department started at IIT/Kanpur.
1967 • ECIL established at Hyderabad by the Department of Atomic Energy to commercialize electronic instruments designed at the Atomic Research Centre at Mumbai. • Dept. of Statistics, Government of India, installs 10 Honeywell computers.
1968 • TCS established in Mumbai by Tata Sons with an IBM 1401. • IBM 1401 installed as I/O computer for the IBM 7044 at IIT/Kanpur. • Narasimhan committee report suggests self-reliant production of small and medium computers within 10 years. Opines no need for foreign collaboration in design and development.
1969 • TDC 12 computer commissioned at the Bhabha Atomic Research Centre, Mumbai. A real-time data acquisition computer. • Committee on Automation set up by the Ministry of Labour, Employment and Rehabilitation (called Dandekar Committee on Automation). • HP Time sharing computers installed in IIM/Ahmedabad.
1970 • Department of Electronics (DoE) established by the Government of India with M G K Menon as its Secretary. • Foreign companies asked to dilute equity. IBM declines. ICL agrees and collaborates with the Bharat Electronics Ltd. (BEL) to manufacture ICL 1901A – 48 computers manufactured. • National conference on Electronics under the Chairmanship of Vikram Sarabhai held at Mumbai to elicit comments on the development of electronics and computers. Self-reliant development of computers in India proposed.
1971 • Electronics Commission established by the Government of India in Delhi as policy making body for electronics and computers with M G K Menon as its Chairman. • IBM 1401 withdrawn in the USA. • 14 IBM 1401s installed by the Indian Railways for accounting, freight etc. • TDC 12 marketed by ECIL.
1972 • DEC 1077 installed at NCSDCT at TIFR with UNDP assistance. Groups in graphics, networks, databases, and compilers formed to do research in these areas. • Panel on minicomputers constituted by the DoE to formulate a strategy for the development of small and medium computers by Indian companies. • Separate Computer Science Programme starts at IIT/Kanpur. Masters and Phd degrees off ered. First such programme in India.
1973 • Report of the panel on minicomputers submitted. Opines that minicomputers can be made in India without any know-how being imported from abroad. No collaboration should be allowed. Demand for the period 1974-79 projected around 1400 minicomputers. • Santacruz Electronic Export Promotion Zone (SEEPZ) established in Mumbai to promote export of electronic items and software. • Foreign Exchange Regulation Act (FERA) passed. • IBM asked to dilute equity again. Declines. • Air Defence Ground Environment Systems (ADGES) design begins at TIFR. Plans to use ruggedized ECIL TDC 316 computers, display devices developed by Tata Electric Company, Radar from Electronics and Radar Development Establishment (LRDE) Bangalore with the user agency, namely, the Indian Air Force giving requirement specifi cations and test data. Entire system to be developed and fabricated with Indian engineers and Indian made subsystems. • IIT/Madras installs IBM 370/155 with fi nancial assistance from the Federal Republic of Germany. Fastest computer in south India. 1974 • TDC 312 marketed by ECIL (uses imported ICs, local components locally made PCBs, and imported peripherals.) • Regional Computer Centre (RCC) set up at Pune with an ICL mainframe. RCC to give low cost computer time to students and software exporters. • ECIL imports IRIS 55 (from France), a 32 bit computer to expedite software development and reverse engineered to make TDC 332. • Computer Imports for software export policy. TCS uses the scheme to import a Burroughs mainframe computer. • Minicomputer policy not implemented – delayed due to indecision and foreign exchange problems.
CSI Communications | September 2014 | 14 www.csi-india.org 1975 • Tata Burroughs established in SEEPZ. Burroughs B1728 and B6738 installed to export software. F C Kohli of TCS prime mover of the idea. • DoE issues guidelines for import of computers costing more than Rs. 500,000. Foreign exchange diffi culties. • National Informatics Centre (NIC) established with UNDP assistance (USD 4.4 million). • TDC 316 produced and sold. • Engineers India installs Ryad 1040 from East Germany to export engineering design software to East European countries. • Ryad 1030, 1020 computers from the USSR also installed for software export to the USSR (Rupee trade with the USSR eases import of machines).
1976 • CMC established by the DoE. • CMS formed by some IBM employees to maintain IBM 1401 computers. • Report on the operation of IBM and ICL by the Public Accounts Committee of the Indian Parliament. Report criticizes companies. • Patni Computers collaborates with Data General Computers for software development. • DoE starts Appropriate Automation Promotion Program (AAPP), later renamed Industrial Electronics Promotion Programme (IEPP).
1977 • IBM announces intention of closing operations in India. • Regional Computer Centre, Calcutta, established with Burroughs B-6738 computer. • Minicomputer policy continues to be in limbo. 1978 • IBM closes operations in June. • CMC takes over maintenance of IBM computers. • IDM, a company formed by ex-IBM employees takes over IBM’s data centres and card plant. • Biswajit Nag takes over as Secretary DoE from M G K Menon. • A S Rao retires from ECIL. • Minicomputer Policy announced opening the fi eld of computer manufacture to private industry, breaking public sector (ECIL) monopoly. • IIT/Kanpur starts the fi rst B.Tech programme in CSc at an IIT.
1979 • Sondhi Committee on Electronics report suggests liberalization of import of large computers and allowing private sector to enter computer and peripheral manufacture. • Bharat Electronics Ltd. (BEL – a public sector company specializing in defence electronics systems) decides to quit from computer and peripherals development. • 4 companies, ORG, DCM, HCL, and IDM, start manufacturing minicomputers. Adopt UNIX as O.S. • TCS opens Offi ce in New York for software export. • Patni Computers develops comprehensive Apparel Development Software Package for Data General Computers. • Regional Computer Centre, Chandigarh established with DEC 2050 system.
1980 • Rajaraman’s manpower committee report accepted by the Electronic Commission. A new programme called Master of Computer Applications to be started. Bachelor’s programme in CSc to be expanded. • Software services export by a number of companies start primarily by sending software engineers to client sites (pejoratively called “body shopping”). • Tata Research Design and Development Centre (TRDDC) of Tata Sons established (mostly with funding by TCS). • TALLY, an accounting software product company established.
1981 • Rajaraman committee report on import of computers for software export. • P P Gupta takes over as DoE secretary from B Nag. • Decision to use computers in the organization of the Asian Games. Rajiv Gandhi takes this decision. • INFOSYS established. • Wipro markets 8086 based minicomputer (Wipro 86 series). • Reserve Bank of India computerizes clearing houses and ledger posting after agreement with the labour unions that not more than 10% of staff will be displaced. • NIIT starts private computer training school.
1982 • Asian Games held in New Delhi. Organizer Rajiv Gandhi decides to computerize games schedules, event records, result announcement etc. DCM computers used as terminals, networked with HP machines. Entire software developed locally by NIC engineers in 6 months. Seshagiri interacts with Rajiv Gandhi. • Import of Colour television tubes allowed; colour television arrives in India to telecast Asian Games.
CSI Communications | September 2014 | 15 • NCST establishes VSAT network with 32 Kbps packet switching. • MASTEK starts software company in Mumbai. • Electronic voting machine using a microprocessor designed and developed in India used in a state election for the fi rst time in the world. • UNDP funding (USD 653,200) for Appropriate Automation Promotion Programme (AAAP) with centres at Delhi, Ahmedabad, Calcutta, and Trivandrum. Training in microprocessor use in automation.
1983 • NCSDCT hived off from TIFR to form NCST. • Bank Unions agree to limited computerization in public sector banks. 1984 • Indira Gandhi assassinated. Rajiv Gandhi becomes Prime Minister. Rajiv Gandhi is computer savvy. • Rajiv Gandhi initiates liberalization of computer industry with Seshagiri of the DoE as his informal adviser. • Trade unions observe 1984 as “anti computerization year”. • Gateway Design automation starts software development work for export in Delhi • Citibank sets up software development unit in SEEPZ, Mumbai. • Inter-ministerial standing committee (IMSC) formed to regulate computer import and licensing industry. • Railway passenger reservation project given to CMC by the Railways. • Rangarajan Committee on bank computerization gives report. EDP cells in all banks recommended. • SOFTEK fi rst company to develop compilers for COBOL, BASIC, and FORTRAN for locally made computers • CDOT set up to design electronic telephone exchanges by Indian engineers. • CAD Centres at IISc/Bangalore, IIT/Kanpur, IIT/Bombay and Jadavpur University at Kolkata. UNDP grant USD 1.5 million plus Rs.340 million grant from the DoE. • Computer Assisted Literacy And Study in Schools (CLASS) programme launched by the DoE to cover 250 schools all over India. Uses BBC Acorn microcomputers – 4 given per school. The UK government gives UK Pounds 1.3 Million for the project. • Government of India approves setting up of a National Supercomputer Centre at the Indian Institute of Science at Bangalore with a grant of Rs.500 million.
1985 • Department of Telecommunication (DoT) established. • Telephone services corporatized (earlier telephones were monopoly of a government department). • Software export USD 30 million (CMC, TCS, and TBL main contributors). • Texas Instruments facility at Bangalore established to export electronic CAD software using satellite communication with its Dallas Centre in the USA. • ERNET project starts with UNDP assistance. • Sampath committee on education – teacher training programme suggested. • KBCS project funded by UNDP and the DoE. USD 5.2 million + Rs.140 million grant from the DoE. IIT,Madras, IISc, Bangalore, ISI, Kolkata, NCST, Mumbai, TIFR, Mumbai and IIT, Bombay participated. • UNDP assisted Microprocessor Applications Engineering Program (USD 1.53 million) – 5 regional centres at Jabalpur, Bangalore, Ranchi, Pune and Delhi.
1986 • VSNL (Videsh Sanchar Nigam Ltd.) set up for overseas communication. • INDONET established by CMC. SNA network with IBM computers and leased lines from the DoT. • New policy on computer software export, software development and training. • Project to computerize reservation of tickets in the Indian Railways completed. Reservation offi ce in New Delhi with 50 windows started. • NIC acquires SX1000 mainframe computers from Japan for software development for government departments. • NIIT starts franchising training centres. • Rajaraman committee submits report to the Science Advisory Committee to the Prime Minister to establish a centre for developing high performance parallel computers.
1987 • Sterling Computers sells PCs for Rs.29, 000. • TI’s Satellite link to Dallas offi ce starts the revolution of “off shore” software development. • Foreign collaboration for branded workstations begins in earnest. Hinditron-DEC, HCL-HP, and PSI-Honeywell Bull established. • NICNET established. • Indian Banks’ Association agreement with Bank Unions on Computerization. Standardizes use of UNIX, Micro focus COBOL, and X .25 for networking. IBM PC clones in all banks. • Software India Conference in the USA to promote software companies.
CSI Communications | September 2014 | 16 www.csi-india.org 1988 • National Association of Software and Service Companies (NASSCOM) established. • NIC hived off from the DoE and placed in the Planning Commission. • Excise duty exemption for software. • RCC Calcutta machine replaced with CDC 180/840A mainframe. • Cray XMP 14 installed in the Centre for Medium Range Weather Forecasting-number of conditions applies on usage. • Centre for Development of Advanced Computers (CDAC) established in Pune to design and fabricate parallel computers with 1Gfl op speed.
1989 • Indian Administrative Service offi cer takes over from technocrats as DoE secretary. DoE becomes a "non-scientifi c” department. S Rajamani IAS takes over from technocrat K P P Nambiar when he retires. • VSNL sets up 64 Kbps link to the USA. • NCST connects ERNET to Internet via UUNET. • Electronics Commission abolished. • Datamatics, a software services company, uses satellite link to the USA to export software. • India’s software services export reaches USD 100 Million.
1990 • N.Vittal, an Indian Administrative Service offi cer, takes over as the DoE Secretary. • Software Technology Parks set up by the DoE with shared satellite communication links to promote software export. • Companies established in STPs expected to export software each year equal to 4.5 times the salary paid to their employees. • MNCs enter India for off shore software development.
1991 • India nearly defaults in repaying loan. Forced by the International Monetary Fund (IMF) to liberalize. Rupee devalued and fl oated. • New industrial policy – Multi National Companies (MNCs) welcomed. • Reduced tariff , simplifi ed procedures, and devalued Rupee attract MNCs. • NICNET used to disseminate results of general elections. • Export of software USD 164 million. • IIS is the fi rst software services company to get ISO 9001 Quality Certifi cation. • Software “development centres” set up for individual Fortune 500 companies by TCS (Each centre secure). • National Supercomputer Centre at the IISc, Bangalore starts functioning with a Cyber 992, 2 CDC4360, a VAX8810, 9 IBM6000/580s connected with a fi bre optic net to work in parallel, 48 IBM RS6000/340, 24 Silicon graphics workstations, 25 Sun workstations, and a campus-wide fi bre optics network. • CDAC completes design of PARAM parallel computer with 1 Gfl op speed.
1992 • VSNL introduces 64 kbps leased line services. • Tata group and IBM form a 50:50 joint venture company. • Software product Flexcube for banks developed by Rajesh Hukku of IFlex.
1993 • EDI introduced by VSNL. • Private software companies allowed dedicated satellite links with customers in the USA. • Motorola India fi rst company in the world to get CMM level 5 certifi cation for software quality. • Import of software packages allowed on regular duty. Duplicating copies allowed. Duplicates permitted to be sold in the local market and royalty less than 30% of the local price allowed to be paid to the owner of the package. • INFOSYS becomes a publicly listed company • Indian Satellite Development Centre at Bangalore installs a distributed computer system with 9 IBM RS6000/530s, 9 RS6000/220s and 33 RS6000/220s.
1994 • Government monopoly in telecommunication ends. Private companies allowed starting mobile communication services. • American Express sets up Business Process Outsourcing Centre in Mumbai. • 200 satellite links installed by software companies to facilitate off shore software development. • Quality consciousness makes software companies obtain ISO/CMM certifi cation. • Oracle sets up development centre in Bangalore. • Indian copyright act amended – stiff er penalties for infringement.
CSI Communications | September 2014 | 17 1995 • First commercial Internet service started by VSNL. • 100% tax holiday for software export earnings. • Private e-mail service introduced (non Internet). • DoE launches programme to accredit private computer training institutes due to proliferation of below par training institutes (named DOEACC scheme).
1996 • NASSCOM sets up Special Interest Group (SIG) to solve Y2K problem. Indian software companies advertised as Y2K solvers. • Indian software companies improve systems while fi xing Y2K bug at little extra cost as strategy to get customers. • Rediff .com established – fi rst e-commerce portal in India. • Software export reaches USD 1 Billion.
1997 • Digital Signal Processing chip “Ankur” designed by TI India centre at Bangalore. • Compaq and IBM overtake sales of PCs by local manufacturers. • 23% of INFOSYS revenue due to Y2K. • GE Capital International Services starts back-offi ce services centre. 1998 • Prime Minister of India declares “IT India’s Tomorrow”. • IT task force set up by the government – comes up with 108 recommendations to promote IT among which is setting up of one Indian Institute of Information Technology in each state. • 109 companies receive IS0 quality certifi cation. • WIPRO the second IT company in India to get CMM level 5 quality certifi cate. • IIIT/Allahabad established. • VSNL establishes connection to Global One’s 1400 points of presence worldwide. • Microsoft Software Development Centre started at Hyderabad. • Motorola Design Centre established in Delhi. • IBM Research Centre set up in New Delhi. 1999 • INFOSYS listed in NASDAQ. • IBM sets up fully owned subsidiary in India. Tata’s stake in TATA- IBM bought by IBM. • 100% Foreign Direct Investment in IT allowed paving way for MNCs entry into India. • 6 out of 12 SEI CMM level 5 companies in India. • Nationwide linking of Railway Reservation System. 2000 • IT Act 2000 passed by Parliament to facilitate e-commerce. • Software export reaches USD 5 billion. • HP Global sets up BPO in Bangalore. • 12 Software Technology Parks host 1196 software companies. • Startup company Spectramind gets venture capital funding of Rs. 1 billion (USD 23 million) to set up back-offi ce to process transactions of Internet portals worldwide. • Private companies allowed setting up international gateways.
2001 • Tata group takes over 51% of CMC Ltd. from the government. • Tata group takes over VSNL. • 10 companies obtain CMM level 5 certifi cates. 14 companies obtain CMM level 4 certifi cates. • Dell sets up R&D centre. • Simputer, a hand-held multilingual computer, designed by a group of IISc and Encore Software Ltd. engineers at Bangalore. Attracts worldwide attention. • Accenture starts centre in Mumbai. 2002 • Agrawal-Kayal-Saxena algorithm:”Primes in P” attracts worldwide attention. • National Institute for Smart Governance set up in Hyderabad (joint initiative of NASSCOM, Government of India and Government of Andhra Pradesh). • Internet based booking of tickets on the Indian Railways. 2003 • Bharati Airtel (largest mobile telephone provider in India) outsources all IT work to IBM India. • CDAC’s PARAM PADMA ranks 171 in top 500 high performance computers. • High performance DSP chip designed at TI India at Bangalore. • Software Technology Parks India (STPI) centres across India reach 44. • Yahoo sets up R and D Centre at Bangalore (fi rst outside the USA).
CSI Communications | September 2014 | 18 www.csi-india.org 2004 • National E-Governance plan announced. • General Elections held using only Electronic Voting Machines (1,075,000 EVMs deployed all over India). • TCS, INFOSYS and WIPRO all cross USD 1 Billion revenue. • TCS becomes a publicly listed company. • Government of India announces Broadband Policy; fi bre to home, DSL, cable to home etc. Targets 40 million Internet users and 40 million broadband users by 2010. • Google sets up fi rst R&D Centre outside the USA in Bangalore. • IBM acquires Daksh, the largest Indian BPO company. • Number of employees in IT industry reaches 1 million. • State Wide Area Network for each state to be set up with minimum bandwidth of 2Mbps. • Mobilis, a low cost mobile tablet computer designed by Encore Software Ltd., Bangalore, attracts wide attention.
2005 • Oracle acquires IFlex an Indian Banking software product company. • Special Economic Zone (SEZ) Act passed. SEZ defi ned as “specifi cally demarked duty-free enclave deemed to be foreign territory (out of customs jurisdiction) for trade, duties and tariff s”.
2006 • CISCO establishes Globalization Centre East in Bangalore. • IBM announces plans to invest USD 5 billion in India. • SAP (German ERP major) announces USD 1 billion investment in India over next 5 years. • India’s software and services export revenue reaches USD 10 billion.
2007 • 257 IT companies set up in SEZ. • Special incentive package announced by the Department of Information Technology to encourage investments in semi-conductor fabrication industry. • EKA supercomputer fourth fastest in the world and fastest in Asia built by the Computational Research Laboratory of the Tata group. 2008 • TI (India) designs single-chip solution for ultra-low-cost mobile handset. • Accenture opens Technology lab in Bangalore (Fourth in the world after the USA and France). • 2G spectrum allocation on fi rst come fi rst served basis. • IT (amendment) Act passed by Parliament to strengthen IT Act 2000. • National Knowledge Network project started by the Government of India.
2009 • IBM has second largest workforce in India after the USA. Will invest USD 100 million for global mobile services research in India. • SAP’s third co-innovation lab in Bangalore (other labs in Palo Alto and Tokyo).
2010 • IT exports including software, services and BPO reaches USD 50 billion. • IT domestic revenue USD 24 billion. • 55% of the global outsourcing market sourced from India. • Indian IT companies present in 52 countries and have 400 of the Fortune 500 companies as clients. • Direct employment 2.4 million in IT and 8.2 million in support services. • 6.5% of GDP earned by IT industry. • Rs.600 billion allocated over a 10 year period for the National Knowledge Network.
References [3] C R Subramanian, “India and the monograph from which this material [1] This material is taken from History of Computer – A Study of Planned is taken and gave many constructive Computing in India (1955-2010) by Development”, Oxford University suggestions: S Bhatnagar, P C P Bhatt, V.Rajaraman published in the World Press, New Delhi, 1992. H K Kesavan, R Krishnamurthy, F C Wide Web. See: (URL:www.cbi. [4] R.K.Shyamasundar and M A Pai, Kohli, H N Mahabala, S K Nandy, N R umn.edu/hostedpublications/pdf/ “Homi Bhabha and the Computer Narayana Murthy, Anand Parthasarathy, T Rajaraman_Histcomputingindia.pdf) Revolution”, Oxford University Press, Radhakrishnan, N Ramani, S Ramani, P V S [2] Dinesh Sharma, “The Long Revolution New Delhi, 2011. Rao, Andy Russell, Veer Sagar, N Seshagiri, – the Birth and Growth of India’s IT Acknowledgment Dinesh Sharma, Lalit Shawney, Om Vikas, Industry”, Harper-Collins India, New I thank the following persons (in David Walden, and Jeff Yost. Delhi, 2009 alphabetical order) who read the n
CSI Communications | September 2014 | 19 Cover Radharaman Mishra Story Senior Technical Architect, Research & Innovation Tech CoE Group, IGATE History of the Computers, GUI and Devices
Introduction marking the wall to making knots in the Corporation to develop a new operating History never looks like history when you rope for doing the counting. Abacus was in system for the microcomputers. What are living through it- John W. Gardner use until recently. Interestingly the digital Microsoft came up with was named MS- History, by defi nition is associated calculators that we use now days are a DOS, a command line interface for the with the past, and we need a gap of new development and share a common microcomputers. And thus the race was time between us and what we call the historical period with modern computers. already picking up. Here is a snapshot of the devices that history, to have a “historical perspective” Graphics that Changed the Graph became popular with the diff erent towards it. History is also about changes, of Computers generations of the computers. changes that mattered, and infl uenced Xerox Corporation’s Palo Alto Research • The First Generation (1950s): Punch the future one way or the other. History, Center (PARC), was established in card and magnetic tapes for inputs, of the computing is very interesting in 1970 as a division of Xerox Corporation. supervisory typewriter for control many ways. It has shaped the present It has a legacy of gifting the world of • The Second Generation (early 1960s): of humanity and will defi nitely shape its computing and information systems with Punched cards for input, printers, future in signifi cant ways. Although we their innovations. The scientists at PARC tape storage, and disk storage hardly have a distance of 60 years with were working on a project that allowed • The Third Generation (mid-1960s the birth of the modern computing, the computer users running programs in their astounding pace of changes therein has to mid-1970s): Minicomputers (smaller), simple monitors, keyboard own sizeable windows. A window that created a great history within this short was capable of holding symbols for the timeframe. In computing, history has • The Fourth Generation (1975 to the present): GUI, mouse, color programs (called icons) and documents created a history for itself. that were clickable. They also developed Nicholas Negroponte said, monitors, touch screens, gesture and voice recognition the concept of showing the documents “Computing is not about computers any that looked like as they would appear more. It is about living.” In the early days It has been long since people were counting on their thumbs and making when printed (we say it print preview of the computing it was not so, since they now) and also a printer to actually print were considered (and for good reasons) complex calculations on their abacus. It was ineffi cient and boring. The giant the documents. They called it a WIMP highly sophisticated machines that only system (Windows, Icons, Menus, and a trained professionals could work with machines developed until 60s were just big calculators. Apart from being Pointing device), and later the concept for high tech or scientifi c (or military) became famous as the Graphical User purposes. It required many historic oversized and overfed (they consumed terrible amount of electricity and had Interface (GUI). developments before we had a computer Like a really adventurous movie in every home and a computer that will do frequent breakdowns) they couldn’t play videos and send emails. They needed script the pieces of the stories were everything, from complex mathematics moving fast. While the scientists at PARC to buying groceries and sending mails someone to do something about it. Two young entrepreneurs, Steve Jobs were working hard on their program, to playing songs or video. Computers Steve Jobs managed to get permission to have evolved to become a signifi cant and Steve Wozniak, who were looking for more interesting things than the schools have a look at what they were doing. He part of our lives. Two things apart from wasted no time in realizing what their the power of the computing technology (seems schools were not popular even in the historical period) thought of this work meant for the personal computers itself that contributed to their acceptance and started working on a totally new line in everyday lives are the intuitive user problem. They left the school, sold their Volkswagen and calculator (to raise a of minicomputers that were leveraging all interface (often referred as Graphical fund) and established a company that the features of the GUI. Apple released User Interface or GUI) and the devices later became famous as Apple Computer, fi rst version of the Macintosh in 1984 attached to the computer that lets users Inc. The company launched its fi rst having all the GUI features and instantly interact with it. Each of these has their product, the Apple I in the year 1976 and became hit. Later on Microsoft launched own story to tell. In this article we will discontinued it next year. It was assembled its own line of operating systems, hear the story of the computers, the GUI by hand and encased in a wooden box. Microsoft Windows, which implemented and some of these devices that enable us Now these machines are collectors’ items. the concepts of GUI, which is now the to use the computers. The story is not only They learnt from this experience and most widely used operating system for the fascinating but also some of us have lived released another version Apple II in the personal computers worldwide. through it. same year. Apple II was a huge success The concept of GUI has contributed Brief History and Timeline of and soon it became the most selling the most in bringing the computers out the Computers personal computer and established Apple of the lab and making it a household Computers or no computers, we were as a successful commercial company. item. It allowed the innovators to think always in dire need of making calculations In 1980, IBM understanding the and develop applications that could (remember we came out of the cave and potential of the rapidly increasing personal be used by non-technical users (word have to pay the tax!). People have used computers market asked Microsoft processors, spreadsheets, drawing
CSI Communications | September 2014 | 20 www.csi-india.org programs and games etc.). It made the the effi ciently of the tasks like drawings, consoles etc. where the users have to learning computers so intuitive and fun selections and clicks, scrolling and so repetitively make same or similar inputs that eventually computers turned to be on. It also made possible to develop for longer periods, researchers were the most eff ective tools for self-learning. applications that were aware exactly looking for smart ways to input using the A Mouse for Every Computer where the user was pointing. Users were hand directly to the screen. Research work Interestingly historically mouse has its able to do lot many things by simple hand from academics to industries evolved and roots in devices that were being developed and fi nger movements in a faster and multiple approaches were developed to for military purposes as part of a plotting effi cient way using it. make this happen. Interestingly, the touch device that could show the trajectory of Where is My Monitor? screens were widely used in the POS the aircraft. Even more interestingly in Reading what the computer has to say was machines before they were adapted for early days researchers have tried to build not as neat as reading this article in early the phones. The fi rst touchscreen phone tracking devices that could have been tied days of computers. Early computers used to (IBM Simon) was released in 1993. The to your hand or even mounted on your communicate using punched cards. There popularity of smart phones has made the head. The fi rst mouse of the kind we know was a typewriter like machine to punch touch screens very popular. Advent of the was invented by Douglas Engelbart in holes patterns into the paper cards. They tablets and “phablets” is only adding to 1964, it has two metal wheels packed into were fed to the computer that punched the ever rising usages and popularity of a wooden shell along with a circuit board. the results onto similar empty cards. The the touch screens. The technology is quite Most of us might not have a chance to result was fed into another machine (often mature now for the touch screens and work with it. What many of us might have called tabulators) that read the punches recently both the software and hardware seen was developed 8 years later in 1972 and printed the results in human readable vendors have launched the computers by Bill English and had a ball that could format on paper. Some other computers products that are touch enabled. Microsoft rotate in any direction and was known as used long rolls of papers instead of cards. Windows 8 series of operating system “Ball Mouse”. The kind of optical mouse CRTs (Cathode Ray Tubes) that were used has been specifi cally designed for touch we use now days has evolved from many as memory in the computers gradually enabled devices including computers, of predecessors that needed a specifi c were used for creating very primitive laptops and hand held devices. surface (with specifi c marks to detect the displays. Eventually CRT based display Due to the technological innovations movements) to work with. It was not until evolved to show character based outputs in the area of display it is now possible 1999, when Microsoft introduced optical on the screen. All this was not working to build larger still lighter screens that mouse that was based on the technology well and fi nally Lee Felsenstein, and Steve can display lot many things and also high developed by Hewlett-Packard. Wozniak (yes, Wozniak again!) got on the resolution video contents. Touch enabled And now we have an assortment idea of using the CCTV monitor for using screens have opened the possibilities that of mouse kinds: laser mouse (optical the computer display. And successfully have just begun to get explored. Since, mouse that usages laser light for better did it in the year 1976. As the computer users can use their fi ngers (or a stylus) precision), ergonomic mouse (especially market grew gradually computer for making direct inputs there is no need designed for the hand comfort), tactile manufacturers started building monitors of a mouse. The screen itself can open up mouse (that provides hepatic feedback with higher resolutions, both monochrome as a virtual keyboard and that removes on movements), inertial and gyroscopic and color versions. Innovators and the the need of a physical keyboard. Taking mouse (that can be made to work in the manufacturers were always looking for the it even further it opens the door for the air). Apart from that there are mouse improvisations and concepts of plasma technologies that allow recognizing your designed for games having customized and LCD based displays were evolving handwriting to become commonplace and controls to suit the game. As an behind the scene. But these technologies that will change how the applications are alternative we also had something called were too expensive then. The problem built and used in signifi cant ways. the touchpad that allows controlling the with these monitors was that they were A Peek into the Future computer functions (cursor movements, built on diff erent standards and there We have seen how dramatically and selections etc.) through fi nger were a lot of them in the market. It was not computers have changed themselves from movements on a designated surface. until 1987 when IBM introduced the VGA a big giant number crunching machines to Apart from a change in the internal video standard that became the standard little device that can fi t into any hand and workings of the mouse it has also evolved for most of the computer monitors built. can do amazing things. This change both in functions it provides. Most the mouse Apple Macintosh II that was released in necessitated and has been fueled by the today has 2 to 3 buttons and a wheel. It the same year started supporting color research in the areas of technologies that has also evolved the way it is connected videos. Meanwhile, the LCD technology allow better human computer interactions. to the computer. Nowadays, we use the was being perfected and it was in late Ok, so we have thin monitors with crystal mouse that is often connected to a USB 1990s that manufacturers started off ering clear display, cordless USB based fancy port either through a wire of through a LCD based monitors as they were less mouse, ergonomic keyboards and ultra wireless connection whereas earlier they bulky and consumed lesser electricity. slim laptops. Where do we go from here used to get connected with serial ports. As computing technology evolved into now? We human beings spend more This apparently simple down to earth diff erent other areas like manufacturing, and more of our time with computers small device simplifi ed and improved point of sales, handheld devices, gaming and depend more and more upon it for
CSI Communications | September 2014 | 21 carrying out our day to day activities. potential of not only making many of the human emotions as well. Working with Researchers have started realizing that hardware components redundant but also the computers will be more direct, like computers are becoming a natural part of revolutionizes the way we interact with the working with a human being (and so with our lives. And that demands a shift in the computers. For example, it will allow users little of the additional devices). We are ways we interact with it. to interact from a distance with UI without really witnessing the history as it is taking Advancements in the technologies being in touch with the computer, and place just in front of our eyes. like touch, sensors, gesture and voice so even more than one people can work References recognition, virtual reality etc. is paving together on a big surface. Technologies [1] History of Computers and the Internet way for a new era for the computing or that can project the display output to http://vig.prenhall.com/ rather the human computer interaction. any surface and holographic display samplechapter/0130898155.pdf Current gesture recognition technologies etc. combined together with gesture [2] History of the Computer Mouse work in tandem with advanced cameras recognition will remove the requirement http://www.computinghistory.org.uk/ det/613/the-history-of-the-computer- having sensors and a possible device in of a fi xed sized monitor component and mouse/ the hand. But as the technology advances any surface of any size could potentially [3] Future of the Mouse and Keyboard further the cameras with sensors that don’t become a monitor. http://www.pcadvisor.co.uk/features/pc- need any devices to be worn on the hand Latest researches in the area of peripheral/3424183/whats-future-for- are getting popular. Gesture and voice Biochips and Artifi cial Intelligence (AI) keyboard-mouse/ [4] History of Computer Display recognition will change the way we talk to are the promises for the future of the http://www.pcworld.com/ the computer. Similarly developments in computing. Computers developed in article/209224/historic_monitors_ the fi eld of 3D and holographic display will near future will be super speed biochip slideshow.html revolutionize the way we look at things. equipped, project 3D holographic display, [5] GUI Timeline These technologies taken together understand our gestures and voice with http://toastytech.com/guis/guitimeline. html are all set to take the text and GUI precision, would be brain controlled [6] Various References based interface to next level. It holds and who knows may be will understand http://en.wikipedia.org n
Radharaman Mishra is a Senior Technical Architect with the Research & Innovation Tech CoE Group of IGATE. With over 14 years of experience in the IT services industry, he has worked on software application architecture and design, development, architecture assessment and consulting. His expertise includes .Net, ASP.Net and Microsoft SQL Server. He has been working with IGATE’s Fortune 500 customers on various Microsoft-specifi c enterprise application architectures and design. He has also published papers of technical interests in various external and internal forums. About the Author
CSI Communications | September 2014 | 22 www.csi-india.org Cover Hardik A Gohel Story Assistant Professor, Faculty of Computer Applications (FCA), Marwadi Education Foundation Group of Institutions
Looking Back at the Evolution of the Internet
Introduction World Wide Web, mostly known by its abbreviation WWW and universally known as Web, has plaiting solution variety for various problems and for gathering global audience information requirements. Web is an interlinked hypertext document system via internet, also defi ned as network of networks, for multimedia access. Since 1989, Web is the highest data ordnance in existing world and providing main force for large scale of Information Communication Technology & Networking (ICTN). It is a very tough job to analyse large content, Fig. 1 : First website usage patterns or hidden content structures. Further crucial job is to other experts to share data, information, There was rising interest in the generate knowledge from it. World Wide documentation and news. development of web browser after Web was invented by Tim Berners-Lee Fig. 1 shows snapshot of CERN website, incorporation of graphical, scripting then and after 20 years fi rst connection the fi rst website created in November 1992 as well as animation concept in web was established known as Internet. Many which was publicly announced in August browser. Netscape Navigator was based scientists with Tim at CERN, Switzerland 1991. There was still no browser with on the Mosaic web browser which was participated in experiments of exchanging graphical UI existing for NeXT. This gap was fi rst graphical web browser. Then W3C data and results which were otherwise fi lled with Erwise, an application developed (World Wide Web Consortium) was diffi cult for them and that helped Tim by Helsinki University of Technology, Finland founded by MIT (Massachusetts Institute understand the unrealized impending and ViolaWWW by Pei-Yuan Wei in 1992 of Technology) in 1994 with support of demand of millions of interconnections with ads on feature of scripting, graphics as DARPA (Defence Advance Research of computers through internet. At well as animation. Project Agency) as well as European present, Tim is director of World Wide Web Consortium, abbreviated W3C and working to add semantics in existing web. History of Web Tim-Berners-Lee built ENQUIRE, during 1980, as a personal database of people in which hypertext and software utilities for accessing database was key stream. The main objective was global sharing of data without presentation software as well as common machine. First development by him was NeXT Workstation. Then after fi rst web server and page with support of HTTP and web browser named World Wide Web was a project by itself. Rather than NeXT it was modifi ed further to be used on other machine. On 6th August 1991 there was a short summery posted by Berners- Lee on the project of WorldWideWeb on alt.hypertext newsgroup. The project intended to allow all links to be accessed from anywhere with any information, and for that they invited energy physicists with Fig. 2 : First Web Browser - MOSAIC browser V.1 released in April 1993
CSI Communications | September 2014 | 23 Table 1 : The Evolution of the web
Year Growth of web in Browsers & Technologies 1991 HTTP (Hyper Text Transfer Protocol) 1992 HTML 1 (Hyper Text Mark-up Language – Version 1) & MOSAIC – The fi rst web browser 1994 Netscape with HTML 2 1995 Opera & Internet Explorer (IE)with concept of Cookies & SSL 1996 JAVA with JavaScript as an HTML 3 1997 Flash & XML and HTML 3.2 1998 HTML 4 with CSS2 1999 AJAX 2002 SVG 2003 Safari Browser 2004 Firefox Browser 2005 Canvas, Initial version of Opera Mini 2006 XMLHTTPRequest2 2007 First Iphone released with Safari Browser 2008 Chrome Browser with HTML 5 and Request Protocol Handler as well as Offl ine web Apps : AppCache 2009 CSS3 with 2D & 3D Transforms and Animation, Geolocation 2010 Date & Time Input types, Audio-Video elements, CSS3 Flexbox and Index DB and First Firefox Browser for Mobile 2011 Touch events, Chrome OS v1, Web RTC, File System API, WEB GL(Inbuilt Graphics support) 2012 Chrome for Android Beta released, Content security policy, Full Screen API, CSS3 Filters, Web Audio API,
Commission. At the end of 1994 web the last internet boom when he launched emails available with friendly web interface. was made freely available by Berners-Lee shareyourworld whose time was not quite Hotmail was the fi rst email service of email without claiming patent and royalty due right. In the interview with Andy Plesser founded by Sabeer Bhatia and Jack Smith. which has motivated people to publish (2007), Chase talks about challenges in The limitation for storage was 2MB only. information online and instantly for bandwidth. He wonders about success of In December 1997 more than 8.5 million worldwide consumption. At present, web YouTube which picked up but this was not subscribers were there with Hotmail. has opened doors for direct web based possible for him in 2001. Video sharing Hotmail previously ran on Solaris for mail commerce. The utilities like search engine sites were not accepted until YouTube. services and Apache on FreeBSD for web and emails reached to common man. YouTube changed video sharing forever. services. After 1997 Hotmail is now known Social networking includes facebook, On 14th February 2005 YouTube was as MSN Hotmail due to its tie-up with blogs, tweeter, LinkedIn and other popular launched by 3 former PayPal employees Microsoft Corporation. web-based applications are examples of Chad Hurley, Steve Chen, and Jawed Karim. Rocketmail, Now Yahoo Mail, was web evolution. There are some typical “Me at the Zoo, in Fig. 3, was the fi rst founded by Yahoo in March 2002 which areas of web utilization that include online video of YouTube which was uploaded at was paid mail service with charge of learning and tutorials, E-Governance, 8:27 pm on Saturday 23rd April 2005. The $29. Yahoo Mail was having new design E-Commerce, services and manufacturing video was having very poor quality and it with additional features. Later Hotmail as well as research and development. was shot by Yakov Lapitsky at San Diego included dropdown menus in DHTML The table 1 shows evolution of web in Zoo on elephants. The duration of video the terms of technology as well as browsers. is 18 seconds.“ Presently, high defi nition Now let us refer WWW in the terms of (HD) video with high quality of resolution invention includes social networking, tweets, is available and streaming of video also blogs, wikis and videos. uses intelligent web aspects. Additionally, there are web applications which Video Web Evolution generate professionally produced videos Shareyourworld was the fi rst website for automatically by using patent-pending sharing video in 1997. There were many cinematic Artifi cial Intelligence technology plagued problems because of not having as well as high-end motion design. advanced internet technologies and shareyourworld is no longer available Web Based Electronic Mail Evolution since 2001 due to bandwidth as well as Email is as old as ARPANet or Internet. It fi nancial problems of the company. It was was not invented but has evolved from started by Chase Norlin who is head now simple to highly digital form. After the foundation of WWW, two companies - one at audio/video search company pixsy. Fig. 3 : First video of YouTube Chase takes us down memory lane, during is Hotmail and another is Yahoo - made
CSI Communications | September 2014 | 24 www.csi-india.org and diff erent categories of tabs with new most popular website in Brazil and India Google+ service was invented by user customization in colour schemes. In with 48.0% and 39.2% users respectively. Google with Invitation only feature in November 2002 Yahoo launched Yahoo The numbers of users in US were only 2011. The purpose of invention was to Mail Plus which was also a paid service 2.2%. Users of Orkut can add videos in give an invitation to increase number of provifi ng high storage capacity and other their profi les form YouTube and Google users for Google circle which was the old additional features like attachments and Videos. The supplementary option is name of Google+. But because of having multiple domain sending, fi ltering of creating restricted or unrestricted polls limitations to send number of requests, addresses and its storage. for polling community of users. There is Google has now launched Google+ for the Google mail, abbreviated with one integrated option with GTalk enabling users having age of 18 years and above Gmail, is a free email service run with chatting and fi le sharing with like button. without having any kind of invitation. the support of advertisements as well On June 2014 Google announced closure Wiki Evolution with Wikipedia as Email clients. It has been founded in of Orkut by upcoming September. Service that enables to add information to a 2004 by Paul Buchheit who explored the Facebook is a synonym of social centralized place in attractive manner from idea of web based mail in 1990. Google networking presently. It was founded by diff erent locations by multiple users with started its work on Gmail in August 2001. Mark Zuckerberg in October 2003 with collaborative web platform is known as Yahoo and Hotmail, who were ruling the the name of Facemash. Previously it was Wiki. In this, user doesn’t require any kind market at that time, were using HTML for Harvard University only. Later on it was of training. This concept was introduced by which requires reloading entire webpage expanded to other colleges in Boston area Ward Cunningham in 1995 as “The Simplest to provide diff erent services. In Gmail it and then afterwards it was made available online database that could possibly work”. is given feature of HTML with supported worldwide. In February 2004 Facebook He has given the name “WikiWikiWeb”. JavaScript which is known as AJAX. service was been launched by Facebook This is also known as writable web as well Furthermore “Google mail is having high Company. It was based on “HOT or NOT” as open editing concept. storage capacity, which is now available game for Harvard students which allowed Jimmy Wales and Larry Sanger, in Yahoo and Hotmail too, but Gmail is visitors to compare two pictures side by American entrepreneurs and founders of providing advanced search capabilities”. side and let them choose who is HOT and Wikipedia, launched Wikipedia in January Email evolution continues till date. who is NOT. At present, Facebook with 2001. Previously in 1993 Rick Gates gave Today’s research direction says that 792,999,000 visitors is a leading social the concept of online encyclopedia but email service should improve in terms of networking website because of its unique actual free encyclopedia was proposed knowledge mining to provide workfl ow features that include News Feed, Friend by Richard Stallman, president of free enhancement. It also includes machine and Unfriend capabilities, Wall, Timeline, software foundation, in the year 2000. The learning fi lter, smart screen and spam Like, Messages and inbox Notifi cations etc. project named as Wikipedia, previously trigger for more security. It also supports applications such as Event, Nupedia which was not a Wiki, with Social Media Evolution Marketplace, Notes, Places, Platforms, domain Wikipedia.com was started on Social networking sites are web based service Photos, Videos and Facebook Paper. Some January 2001. Server located at San Diego that helps to construct public or semi-public of the group functionalities are like listen was donated by Bomis. Bomis was dot profi le within bounded system. The fi rst with friends, Facebook live, Mood faces, com company that supported free online site of social networking was SixDegrees. Poke, URL shorter etc. From March 2011 content. Many former employees of Bomis. com created in 1997 which allows students onwards Facebook started supporting 70+ com contributed content to encyclopedia. to create profi les and list their friends. The languages to prop up global audience. In February 2001, totally 1000 articles were purposes of these sites were to provide There are other sites of social media received by the project. It reached up to online dating of diff erent profi les with each such as Twitter, LinkedIn, Google+, 10,000 in September and 20,000 within a other. Classmate.com allowed people to MySpace which are very popular. Small year. Then afterwards, there was a ratio of affi liate with their high school and college messages, known as Tweet, become 1500 articles per month and in August 2002 popular by social networking site Twitter buddies with surfi ng facility of other list. In number reached to 40,000. Presently in Inc., at San Francisco. It was created 2000 the service of SixDegrees.com was “English Wikipedia total number of articles by Jack Dorsey in 2006. Jack Dorsey is closed. During the period from 1997 to 2001 is 4,583,831 with 33,571,242 pages and very reputed businessman in USA, and there were many community tools available 835,702 fi les. There are total 731,253,050 an American software architect as well. with support of combination of profi les and edits since the beginning and number of Twitter.com site off ers to post messages publicly articulated friends. AsianAvenue, users is 22,202,218. In Wikipedia there online up to 140 characters long. BlackPlanet and MiGente allowed users are 1,401 administrators who are handling LinkedIn is another popular social to create professional as well as personal Wikipedia’s 129,524 active users”. networking website profi le for dating. Table 2 : Service stacked up against Competitors (in 2011) In January 2004, Orkut, social founded in December networking website was launched by 2002 and launched in Google Inc, and was made available May 2003. This site is Sr.No Worldwide Unique Visitors (in 000) worldwide in September 2004. The available in 20 diff erent 1 Facebook 792,999 service was designed to help users to languages and is having 2 Twitter 167,903 259 million users across maintain existing relationships as well as 3 LinkedIn 94,823 to create new relations. The creator of the world. Jeff Weiner is the CEO of LinkedIn who 4 Google+ 66,756 Orkut is one of the employees of Google 5 MySpace 61,037 named Orkut Büyükkökten. It was the was previously working with Yahoo. 6 Others 255,539
CSI Communications | September 2014 | 25 Study of Web Generation be shared and reused across applications, People/Berners-Lee/FAQ.html#Influences enterprises and community boundaries. (Accessed: 25th July 2014). Web 1.0 [4] Tim Berners-Lee: WorldWideWeb, the fi rst Web In 1990s the fi rst generation of web The aspect of semantic network was client, Available at http://www.w3.org/People/ has introduced with Netscape browser. thought about by cognitive scientist Allan Berners-Lee/WorldWideWeb.html (Accessed: As we have discussed in introduction M. Collins, linguist M. Ross Quaillin and 30th July 2014). psychologist Elizabeth F. Loftus in 1960 in [5] Berners-Lee, Tim (1991) On “Qualifi ers on section the purpose of this web was free Hypertext links... - alt.hypertext”. Accessed on information sharing online. This web was many publications to represent semantically 11th July 2012 by Wikipedia. very unattractive with slow turnaround, low structured knowledge. Tim Berners-Lee [6] Browse the fi rst website using the line-mode quality of pictures, unreliable web hosting coined the term semantic web to extend browser simulator, Available at http://line- the network of hyperlinked human readable mode.cern.ch/www/hypertext/WWW/ as well as email, terrible customer services, TheProject.html (Accessed on 30th July 2014). not or very little search engine optimization. content (web pages) by inserting machine [7] Evolution of the web, browsers & Technologies, readable content (metadata) about pages Web 2.0 Available at http://www.evolutionofthe web. and their interaction by enabling agents to com/#/evolution/day (Accessed on 1st August Second generation of web was beyond access the web more intelligently as well as 2014). static web pages as well as web design. It [8] Sajja P S, Akerkar R (2012) Intelligent Technologies perform tasks on behalf of users. allowed users to interact and collaborate for Web Applications, 1 edn., USA: CRC. with one another. The concept of Web “A Web of data that can be processed [9] Invention of YouTube and the First Video directly and indirectly by machines is sharing site Ever.(2013) http://www.chess.com/ 2.0 was initiated in late 2004. Although it groups/forumview/invention-of-youtube-and- suggests new version of World Wide Web, semantic web” – Tim Berners-Lee the-fi rst-video-sharing-site-ever (Accessed on it not only includes technical specifi cation Future of Web (Web Intelligence / Web 12th August 2014). but also cumulative changes to the web. [10] Andy Plesser (2007) First Video Sharing Site Wisdom) Paved the Way for YouTube — ShareYourWorld. Web 2.0 includes social networking sites, Presently, Millions of developers are com Was There First to Launch Ten Years Back blogs, wikis, video sharing, folksonomies, creating and using web in their desktop, http://www.beet.tv/2007/07/first-video-sha. hosted services and web applications. Web tablets, phones, televisions, automobiles, html (Accessed on 12th August 2014). 2.0 allows users to do much more than [11] Hartley, Matt (2010). “Ten of YouTube’s digital billboards, watches and everywhere. most infl uential videos”. Canwest Global mere retrieving of information. Instead of According to Tim Berners Lee, very soon Communication, Toronto, Ontario, Canada. only reading information users can publish millions of sensors, appliances and other [12] In Portuguese (2014) “Adeus ao Orkut” by comments and their views in articles. They devices will take web to new places. He Google on June 30, 2014. (Accessed on 13th can create profi les with login and password. August 2014). has mentioned that future of web is under [13] Paulo Golgher (2014), Tchau Orkut, available There are browsers with user friendly threat from governments who are likely to at http://en.blog.orkut.com (Accessed on 13th interfaces, application software and fi le misuse their power, from businesses who August 2014). storage facilities. Therefore, web 2.0 is also try to destabilize open market and from [14] Matheus Thomaz (2014), History of Orkut, at called network as platform computing. http://socialnetworks-tsi.blogspot.in/2011/06/ criminal activity. The future of web depends history-of-orkut.html (Accessed on 14th August Client side web, known as web browser, on normal people talking with responsibility 2014). in Web 2.0 used Ajax and JavaScript for tremendous resource and on challenging [15] Eric Eldon (2001), “ComScore: Google+ Grows framework for continued integration of those who seek to manipulate web against Worldwide Users from 65 Million In October To users with web pages. Server side web 67 Million In November” at http://techcrunch. the public good. Tim has also mentioned com/2011/12/22/googlesplus (Accessed on in Web 2.0 includes same languages of that the improvement of the infrastructure 14th August 2014). web programming or designing but, with to provide additional functional, robust, [16] Danah M Boyd, Nicol Ellison (2010) “Social attractive data format. In Web 2.0 it is effi cient and available service web will Network Site: Defi nition, History and Scholarship” possible to share data among multiple sites. at http://www.danah.org/papers/JCMCIntro.pdf play very pivotal role. Furthermore, future (Accessed on 14th August 2014) Web 3.0 (Semantic Web) web, apart from being a space browseable [17] “The Inventor of Email” at http://www. Web 3.0 is also known as semantic by humans, will contain rich data in a form inventorofemail.com/history_of_email.asp (Accessed on 14th August 2014). web and it is a mutual movement of understandable by machines, thus allowing [18] Ian Peter (2004) “The History of Email” at W3C (World Wide Web Consortium) machines to take a stronger part in analyzing http://www.nethistory.info/History%20of%20 international standard. Semantic web is the web, and solving problems for us. the%20Internet/email.html (Accessed on 14th an attempt to enhance current web so that August 2014). [19] “The Brief History of Social Media” at http:// computers can process the information References [1] Tim Berners-Lee on “Past, Present and Future of www2.uncp.edu/home/acurtis/NewMedia/ existing on WWW, understand and fi x Web” at http://www.w3.org/People/Berners- SocialMedia/SocialMediaHistory.html it, help humans to discover required Lee/1996/ppf.html (Accessed on 17th August (Accessed on 14th August 2014). knowledge. It is proposed to form a huge 2014). [20] Mahesh Mohan (2013) “Gmail vs. Outlook.com vs. Yahoo! Mail: An Ultimate Comparison” at distributed knowledge based system to [2] History Of Web (2014), Available at: http:// webfoundation.org/about/vision/history-of- http://www.minterest.org/gmail-vs-hotmail- share data instead of documents. In other the-web/ (Accessed: 25th July 2014). outlook-vs-yahoo-mail (Accessed on 14th words, we can say that semantic web is a [3] Tim Berners-Lee (2013) Frequently asked August 2014). common framework which allows data to questions, Available at: http://www.w3.org/ n
Hardik A Gohel An academician and researcher, is active member as well as secretary of Computer Society of India Rajkot Chapter. He is also devoted Assistant Professor of Faculty of Computer Applications (FCA) at Marwadi Education Foundation Group of Institutions. His research spans Intelligent Web Technology, Applications and Services. He also focuses on “How to make popular, Artifi cial Intelligence in study of Computer Science for various reasons”. He has 22 publications in various impactful Journals and proceedings of national and international conferences. About the Author
CSI Communications | September 2014 | 26 www.csi-india.org Cover Mr. K. V. N. Rajesh* and Mr. K. V. N. Ramesh** *Sr. Assistant Professor, Department of Information Technology, Vignan’s Institute of Information Technology, Visakhapatnam Story **Project Manager, Tech Mahindra, Visakhapatnam A Brief History of BIDW (Business Intelligence and Data Warehousing)
Introduction of analysis on their own, using spreadsheet of current concepts of BIDW like extract, Business Intelligence (BI) is a set of software like Lotus 1-2-3 though they were transfer, querying, scheduling, usage tools and techniques used to derive still dependent on the IT to get the data to tracking can be drawn with the concepts useful information from the vast their Desktop. mentioned in this paper. amount of organizational data. Data Then, came the era of client-server and After this too, Business Intelligence as Warehouse (DW) is a central repository distributed computing. With the data spread a term was used in many contexts and to of organizational data derived from across the organization across diff erent mean diff erent things. The fi rst time usage various operational and other sources kinds of systems and databases, direct of the term “Business Intelligence” with the and structured in a way suitable for access of data from these systems using meaning as we know now, was in 1989 by the querying, analysis and reporting using various end users tools became possible. Gartner Analyst Howard Dresner. He used BI tools. Business Intelligence and But this came with its own set of problems it as an all-encompassing term to describe Data Warehouse are a necessity for all like performance issues, data reconciliation various methods in vogue for discovery of businesses of considerable size who aim issues across diff erent systems and no information and to support decision making. to understand and grow their business. availability of single version of truth. Data Warehousing Also, they have become a necessity The need for the Data warehouse Ever since computers were used to support the day to day business in as the central repository of data which commonplace, Businesses did collect data various verticals and to generate the could provide an integrated view of and analyze it for deriving business benefi t reports necessary to comply with various Business, rose out of these issues out of the same. The need to report on the Government norms. This article aims related to operational data spread across business data for carrying out the day-to- to present a brief history of Business systems. With the development and day operations and complying with the Intelligence and Data Warehousing (or implementation of DW systems, the end government norms was always there. BIDW in short). It is not possible to users could connect to the DW using the Data-driven Decision Support present this history in strict chronological BI tools to fetch and analyze data on their Systems (DSSs) are earlier known order since none of these techniques own with lesser support from the IT staff . examples of how analysis of stored data and concepts have been invented or Business Intelligence was used to aid decision making. One of discovered on any particular day. They The earliest known usage of the term the fi rst known example is that of AAIMS, have slowly evolved over a period of time “Business Intelligence” dates back to the An Analytical Information Management ever since the data related to businesses year 1865 in a book named “Cyclopædia System, developed by Richard Klass and and organizations has been collected and of commercial and business anecdotes” by Charles Weisss at American Airlines stored digitally using computers. Also, Richard Miller Devens. It mentions about during the period 1970-1974. It was the history of both these systems is being a London banker and politician named Sir developed using the APL programming presented in a single article since both of Henry Furnese (1658-1712) who maintained language. It consisted of a database of them are intertwined and it would convey a communications network across Europe. sales, price and employee data and aided the full purpose and meaning when both He used this network to receive advance in data analysis through data retrieval, are discussed and presented together. information about battles before others and manipulation and report generation. This article also discusses the ideas and used this to advantage to gain profi ts. The Pioneering eff orts with respect to concepts proposed and propagated by term Business Intelligence was used in the BIDW were carried out in Procter and various pioneers in the fi eld of BIDW. mentioned book in this context and we can Gamble in around 1985. A Data driven DSS Evolution clearly draw analogies of this to the present that linked the sales information, scanner Mainframes were one of the fi rst day usage of Business Intelligence to draw data, products and customer was built computer systems used in Businesses. wealth out of information. for P&G by Metaphor Computer Systems The organization data was stored centrally The fi rst documented usage of the which was a spinoff of the Xerox’s Palo Alto on Mainframes. COBOL was used then term “Business Intelligence” in the era of Research Center. Later, many of the staff to create and deliver standard and automation was in year 1958 by H.P.Luhn from Procter and Gamble and Metaphor custom reports. The Business Users were in the paper titled “A Business Intelligence Computer Systems like Ralph Kimball and dependent on the Information Technology System” published in October 1958 edition Katherine Glassey went on to found BI staff for generating these reports. Any of IBM Journal. It talks about the automation vendors like Red Brick Systems and Brio. changes to the existing reports or creation and information retrieval and dissemination The Business Data Warehouse as a of new reports required a long lead time. using data processing machines. The term concept was fi rst proposed formally in Then, with the advent of Desktop Business Intelligence is used in the context paper titled “An Architecture for a business and Personal computing in 1980s, the of automated document and knowledge and information system” by the IBM staff Business users too could do various kinds management in a library setting. Analogies named B.A.Devlin and P.T. Murphy in 1988
CSI Communications | September 2014 | 27 in IBM SYSTEMS JOURNAL, VOL 27, initial cost and quicker return on investment. The name DB2 was used to indicate its NO 1. Many of the concepts related to The disadvantage is about how eff ectively shift from the hierarchical databases to BIDW as we know now, were discussed in individual and disparate data marts can the relational database. this article. The need for DW as a separate integrate well and provide the full advantage MySQL was created by a Swedish system from the operational databases of a complete DW in actual. company and its fi rst internal release was was discussed. The architecture of the In actual DW implementations, a in May, 1995. It was released over the Business Data Warehouse with raw data, hybrid approach having the advantage internet as an open source software. It is a detailed data, summary data and user view of both the approaches would be widely used Open Source RDBMS. of data was discussed. The requirement of more workable keeping in view of the The SQL Server was co-developed no change to public data in the Business management and budgetary support by Microsoft and Sybase for use on OS/2 Data Warehouse has been emphasized required to build such a system. platform in 1988. Initially, it was developed in this paper. The concepts related to in 1987 by Sybase as “Sybase SQL Server” Relational Database Management Data design, user views and access and for UNIX. Microsft SQL Server has Systems (RDBMS) security, data loads and updates have also specialized edition with Multiple Parallel Almost all the DWs that we know today are been elaborated in this paper. Processing (MPP) Architecture which is implemented on RDBMS. The relational The subsequent discussion in the optimized for large Data Warehouses. model of building databases with tables history of DW would invariably involve at Teradata is a RDBMS from a company of rows and columns was introduced by a least a brief mention of the approaches of the same name and aimed at Data IBMer named E.F.Codd in his paper titled proposed by Bill Inmon and Ralph Kimball. Warehouses and Data Marts. The fi rst “A Relational Model of Data for Large beta version of the product was released Bill Inmon Shared Data Banks” which was published during Christmas of 1983 for Wells Fargo Bill Inmon is acknowledged by many in this in June, 1970 in the Communications of the Bank. fi eld as the father of Data Warehousing. He ACM journal. He proposed a set of 13 rules proposed an approach which is known as to which a database needs to confi rm, for Extract, Load, Transform (ETL) Tools Top-down approach. This involves building it to be considered as a RDBMS. These are The DWs source data from multiple and one centralized repository which will act known as the Codd’s twelve rules. diff erent types of sources. The sources as the enterprise-wide DW. The data in The relational theory was given a could be RDBMS, fl at fi les and also non- this DW would be normalized and follow physical form through the Structured relational databases. Initially, the ETL the entity–relationship model (ER model). English Query Language (SEQUEL) in process was carried out using custom The Data marts following the dimensional the 1970s by IBMers named Donald scripts and SQLs and procedural language modeling approach would be built out of Chamberlain and Raymond Boyce. This extensions of SQLs. But now-a-days most this DW to satisfy the reporting needs of was later renamed as Structured Query of the organizations go for ETL tools for the individual departments. He published a Language (SQL). SQL consists of the Data creating the ETL tasks and running the book titled “Building the Data Warehouse” Defi nition Language (DDL) and Data ETL processes. Informatica, IBM, SAP, in the early 1990s detailing this approach. Manipulation Language (DML) used for Oracle and SAS are the top vendors of Ralph Kimball creation and modifi cation of schemas, the ETL tools. Informatica PowerCenter, Ralph Kimball is another pioneer in the and insert, update and delete the data and IBM InfoSphere DataStage, Oracle Data fi eld of DW whose methodology is known to control access to data. Integrator are the popular ETL tools. as the Bottom-up approach. This approach SQL is the language used by the ETL Business Intelligence (BI) Tools involves building individual data marts for tools to insert data into the DW and is BI tools are used for querying, reporting satisfying the reporting needs of individual also used by the BI tools to query the data and analysis of the data stored in the departments. These Data marts are built stored in the DW. Databases and DWs and other sources. using the dimensional modeling approach. Data in DW is structured to aid SAP Business Objects, Oracle OBIEE, IBM The Data Marts are joined using the bulk insert of data by ETL tools and fast Cognos, Microstrategy, Microsoft SQL common dimensions to integrate them querying of the data by the BI tools. Some Server Reporting Services, TIBCO Spotfi re, into a complete DW. He published a book of the features of the RDBMS which Tableau are the BI Tools currently popular titled “The Data Warehouse Toolkit” in the aid Data Warehousing are Indexing, in market. 1996 detailing this dimensional modeling Caching, Partitioning, Parallelism, and Online Analytical Processing (OLAP) approach. Materialized Views. OLAP is the approach to do multi- Both the Inmon and Kimball The top databases for BIDW are dimensional analysis on data structures approaches have their own set of advantages Oracle, DB2, MySQL, SQL Server, Teradata. known as cubes. The term OLAP was and disadvantages. Inmon approach is a Oracle released the fi rst commercial coined by E.F.Codd in 1993. He proposed very sound approach leading to a large and SQL relational database management the “twelve laws of online analytical integrated DW with an enterprise view of named Oracle Version 2 in 1979. It holds processing”. Oracle Hyperion Essbase and data. The main disadvantage is the high the number one position in Database Microsoft SQL Server Analysis Services amount of initial cost and time required Management System (DBMS) market as are popular OLAP tools. before it starts giving return on investment. on date. Kimball approach has the clear advantage IBM released its version of the DBMS Data Warehouse Appliances (DWA) that the individual data marts are more known as the DB2 or the IBM Database 2 The term Data Warehouse Appliance easily built at a quicker pace leading to lower in 1983 on its MVS mainframe platform. was coined in early 2000s by Foster
CSI Communications | September 2014 | 28 www.csi-india.org Hinshaw, a founder of Netezza. DW power to understand the past and analyze [2] Devens, R M (1868). Cyclopaedia of Appliances are packaged hardware the present. They also provide the ability Commercial and Business Anecdotes: (servers, storage) plus software to compare diff erent parameters and Comprising Interesting Reminiscences and Facts... of Merchants, Traders, Bankers... Etc. (operating system, DBMS) architected the potential outcomes using What-if in All Ages and Countries... D. Appleton. for huge data volumes and high analysis. Users of the BIDW tools go up to [3] Devlin, B A, & Murphy, P T (1988). An performance and hence are very useful the level of CEO. This only explains how architecture for a business and information for deploying large Data warehouses on important these tools are to Business. system. IBM systems Journal, 27(1), 60-80. them. They usually use the massively This article has traced the timeline of how [4] Inmon, W H (2005). Building the data warehouse. John Wiley & Sons. parallel processing (MPP) architecture. BIDW technology has come way forward [5] Luhn, H P (1958). A business intelligence Netezza, Greenplum and Oracle Exadata from the time of advent of computers system. IBM Journal of Research and are popular examples of DWA. to the state in which we see it now. The Development, 2(4), 314-319. [6] Nylund, A (1999). Tracing the BI family tree. Conclusion usage and support for BIDW in Businesses is only expected to grow in future. Knowledge Management, 70-71 Survival of the Businesses depends on [7] Ralph, K, & Ross, M (1996). The data staying one step ahead of the competition References warehouse toolkit. John Wiley & Sons. by understanding the internal and external [1] Codd, E F (1970). A relational model of data [8] http://www.oracle.com/us/corporate/ history/index.html environment. BIDW tools provide the for large shared data banks. Communications of the ACM, 13(6), 377-387. n
Mr. K. V. N. Rajesh has obtained his B.Tech in Computer Science and Engineering from Jawaharlal Nehru Technological University in 2005. He obtained his M.Tech in Computer Science and Technology from Andhra University in 2010. He is working as Senior Assistant Professor in department of information technology at Vignan’s institute of information technology, Visakhapatnam since 2005. He is a member of Computer Society of India. His research interests include Business Intelligence, Location Intelligence and Big Data and he has published papers in the respective areas. He can be reached at [email protected].
Mr. K. V. N. Ramesh is a M.E in Structural Engineering from Andhra University. He has 14 years of experience in IT industry with expertise in the area of Data Warehousing and Business Intelligence. He has worked on UNIX, Oracle, Sybase, Business Objects and OBIEE during these years. He is an Oracle certifi ed professional in Oracle DW and OBIEE. He is currently working as Project Manager at Tech Mahindra, Visakhapatnam. He can be reached at [email protected]. About the Authors
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