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1992 Cern School of Computing
ORGANISATION EUROPEENNE POUR LA RECHERCHE NUCLEAIRE CERN EUROPEAN ORGANIZATION FOR NUCLEAR RESEARCH 1992 CERN SCHOOL OF COMPUTING Scuola Superiore G. Reiss Romoli, L'Aquila, Italy 30 August-12 September 1992 PROCEEDINGS Editor: C. Verkerk GENEVA 1993 © Copyright CERN, Genève, 1993 Propriété littéraire et scientifique réservée Literary and scientific copyrights reserved in pour tous les paya < 11» inonde. Ce document ne all countries of the world. This report, or peut être reproduit ou traduit en tout ou en any part of it. may not be reprinted or trans partie sans l'autorisation écrite du Directeur lated without written permission ol the copy général du CERN, titulaire du droit d'auteur. right holder, the Director-General of CERN. Dans les cas appropriés, et s'il s'agit d'utiliser However, permission will be freely granted for le document à des fins non commerciales, cette appropriate non-commercial use. autorisation sera volontiers accordée. If any patentable invention or registrable Le CERN ne revendique pas la propriété des design is described in the report. CERN makes inventions brevetables et dessins ou modèles no claim to property rights in it but offers i( susceptibles de dépôt qui pourraient être for the free use of research institutions, man décrits dans le présent document ; ceux-ci peu ufacturers and others. CERN, however, may vent être librement utilisés par les instituts de oppose any attempt by a user to claim any recherche, les industriels et autres intéressés. proprietary or patent rights in such inventions Cependant, le CERN se réserve le droit de or designs as may be described in the present s'opposer à toute revendication qu'un usager document. -
Unix and Linux System Administration and Shell Programming
Unix and Linux System Administration and Shell Programming Unix and Linux System Administration and Shell Programming version 56 of August 12, 2014 Copyright © 1998, 1999, 2000, 2001, 2002, 2003, 2004, 2005, 2006, 2007, 2009, 2010, 2011, 2012, 2013, 2014 Milo This book includes material from the http://www.osdata.com/ website and the text book on computer programming. Distributed on the honor system. Print and read free for personal, non-profit, and/or educational purposes. If you like the book, you are encouraged to send a donation (U.S dollars) to Milo, PO Box 5237, Balboa Island, California, USA 92662. This is a work in progress. For the most up to date version, visit the website http://www.osdata.com/ and http://www.osdata.com/programming/shell/unixbook.pdf — Please add links from your website or Facebook page. Professors and Teachers: Feel free to take a copy of this PDF and make it available to your class (possibly through your academic website). This way everyone in your class will have the same copy (with the same page numbers) despite my continual updates. Please try to avoid posting it to the public internet (to avoid old copies confusing things) and take it down when the class ends. You can post the same or a newer version for each succeeding class. Please remove old copies after the class ends to prevent confusing the search engines. You can contact me with a specific version number and class end date and I will put it on my website. version 56 page 1 Unix and Linux System Administration and Shell Programming Unix and Linux Administration and Shell Programming chapter 0 This book looks at Unix (and Linux) shell programming and system administration. -
Computer Oral History Collection, 1969-1973, 1977
Computer Oral History Collection, 1969-1973, 1977 Interviewee: Morris Rubinoff Interviewer: Richard R. Mertz Date: May 17, 1971 Repository: Archives Center, National Museum of American History MERTZ: Professor Rubinoff, would you care to describe your early training and background and influences. RUBINOFF: The early training is at the University of Toronto in mathematics and physics as an undergraduate, and then in physics as a graduate. The physics was tested in research projects during World War II, which was related to the proximity fuse. In fact, a strong interest in computational techniques, numerical methods was developed then, and also in switching devices because right after the War the proximity fuse techniques were used to make measurements of the angular motions of projectiles in flight. To do this it was necessary to calculate trajectories. Calculating trajectories is an interesting problem since it relates to what made the ENIAC so interesting at Aberdeen. They were using it for calculating trajectories, unknown to me at the time. We were calculating trajectories by hand at the University of Toronto using a method which is often referred to as the Richardson method. So the whole technique of numerical analysis and numerical computation got to be very intriguing to me. MERTZ: Was this done on a Friden [or] Marchant type calculator? RUBINOFF: MERTZ: This was a War project at the University of Toronto? RUBINOFF: This was a post-War project. It was an outgrowth of a war project on proximity fuse. It was supported by the Canadian Army who were very interested in finding out what made liquid filled shell tumble rather than fly properly when they went through space. -
Social Construction and the British Computer Industry in the Post-World War II Period
The rhetoric of Americanisation: Social construction and the British computer industry in the Post-World War II period By Robert James Kirkwood Reid Submitted to the University of Glasgow for the degree of Doctor of Philosophy in Economic History Department of Economic and Social History September 2007 1 Abstract This research seeks to understand the process of technological development in the UK and the specific role of a ‘rhetoric of Americanisation’ in that process. The concept of a ‘rhetoric of Americanisation’ will be developed throughout the thesis through a study into the computer industry in the UK in the post-war period . Specifically, the thesis discusses the threat of America, or how actors in the network of innovation within the British computer industry perceived it as a threat and the effect that this perception had on actors operating in the networks of construction in the British computer industry. However, the reaction to this threat was not a simple one. Rather this story is marked by sectional interests and technopolitical machination attempting to capture this rhetoric of ‘threat’ and ‘falling behind’. In this thesis the concept of ‘threat’ and ‘falling behind’, or more simply the ‘rhetoric of Americanisation’, will be explored in detail and the effect this had on the development of the British computer industry. What form did the process of capture and modification by sectional interests within government and industry take and what impact did this have on the British computer industry? In answering these questions, the thesis will first develop a concept of a British culture of computing which acts as the surface of emergence for various ideologies of innovation within the social networks that made up the computer industry in the UK. -
Museum Monthly Reports
.J LI j' .. ... ' .J t / . oJ , EXHIBITS AND AR~HJVES D::::PhRTIV1Et\'Y' -- OCTOBER '83 REPORT STAFFING: "'1eredith Stelling, Cooro i na tor Gregory Welch, Operations Manager/Research Bill Wisheart , Registr~r/Photo and Video Archives Beth Par kh urst, Re search RECENT ARTIFACT AC0UISITIONS (since October 1, 1983): X239. 83 Monr oe High Speed Adding Calculator, gift of Lee Swanson. X240.83 Vari-typer, gift of Lee Swanson. X241.83 HP-65 Programmable Calculator, gift of Stephen and Barbara Gross. X241.83 BIAX memory cores, gift of G.B. Westrom. X243.83 - X259.83 The University of Illinios Department of Computer Science Collection of Drawing Instruments, Slide Rules, Calculators and Circuit Boards. X243.83 Smith's Im proved Protactor. 7 X246.83 ILLIAC III Ci rcuit Boards. /o X2~7. 83 ILLIAC II Ci r cuit Board. /0 X250.e3 Keuffel & Esser Cylind rical Slide Rule. ? X260.83 - X274.83 The SAGE AN/SFQ-7 computer. Gi ft of The National 1'1useum of Science and Technology, Ontario. X2r,r . 83 1/2 naste r console ~ C5l5U X2f,} . [;3 "· ,o.onet j c Dr U':l Uni t. 5. (f(5D ~ I X2',2 . P3 IRM 7J8 printer. /C1t7 X2 G ~ . 83.1':>, - E 5 RAda r Operato r's Consoles. ~~ 107.J7.J X7r.t. £'3.Z>. - E 5 Auxiliary Consoles. -------6?:!O/02J7..) X2C,S . 83?l, - E 5 Operator's Chairs. 50 I X7 :- F. f' 3 I RIv! 2 G Car d Pu n c h . / CJ7) X767 . S3 IB"'1 723 Ca rd Recorne r. -
Recapping a Decade of IT Legacy Committee Accomplishments
Measuring Success = Volunteer Hours! Recapping a Decade of IT Legacy Committee Accomplishments. December 2015 ©2015, Lowell A. Benson for the VIP Club. Measuring Success = Volunteer Hours! December 6, 2015 The VIP Club's Why, What, and Who. From our constitution MISSION: The VIP CLUB is a social and service organization dedicated to enriching the lives of the members through social interaction and dissemination of information. GOALS: The CLUB shall provide an opportunity for social interaction of its members. The CLUB shall provide services and information appropriate to the interest of its members. The CLUB shall provide a mechanism for member services to the community. The CLUB shall provide a forum for information on the heritage and on-going action of the heritage companies (Twin Cities based Univac/Unisys organizations and the predecessor and successor firms). MEMBERS are former employees and their spouses of Twin-Cities- based Univac / Unisys organizations and predecessor or successor business enterprises who are retired or eligible to retire, and are at least 55 years of age - Membership is voluntary. Payment of annual dues is a condition of membership. Each membership unit (retiree and spouse) is entitled to one vote. The CLUB maintains a master file of all members. This master file is the property of the CLUB and is used for communication with members and for facility access. We dedicate this booklet/article to ‘Ole’ and our VIP Club founder, Millie Gignac. ©2015, LABenson for the VIP Club Measuring Success = Volunteer Hours! Introduction The VIP Club's Information Technology (IT) Legacy Committee started in October 2005 when LMCO's Richard 'Ole' Olson brought a Legacy committee idea to the VIP Club's board. -
John William Mauchly
John William Mauchly Born August 30, 1907, Cincinnati, Ohio; died January 8, 1980, Abington, Pa.; the New York Times obituary (Smolowe 1980) described Mauchly as a “co-inventor of the first electronic computer” but his accomplishments went far beyond that simple description. Education: physics, Johns Hopkins University, 1929; PhD, physics, Johns Hopkins University, 1932. Professional Experience: research assistant, Johns Hopkins University, 1932-1933; professor of physics, Ursinus College, 1933-1941; Moore School of Electrical Engineering, 1941-1946; member, Electronic Control Company, 1946-1948; president, Eckert-Mauchly Computer Company, 1948-1950; Remington-Rand, 1950-1955; director, Univac Applications Research, Sperry-Rand 1955-1959; Mauchly Associates, 1959-1980; Dynatrend Consulting Company, 1967-1980. Honors and Awards: president, ACM, 1948-1949; Howard N. Potts Medal, Franklin Institute, 1949; John Scott Award, 1961; Modern Pioneer Award, NAM, 1965; AMPS Harry Goode Memorial Award for Excellence, 1968; IEEE Emanual R. Piore Award, 1978; IEEE Computer Society Pioneer Award, 1980; member, Information Processing Hall of Fame, Infornart, Dallas, Texas, 1985. Mauchly was born in Cincinnati, Ohio, on August 30, 1907. He attended Johns Hopkins University initially as an engineering student but later transferred into physics. He received his PhD degree in physics in 1932 and the following year became a professor of physics at Ursinus College in Collegeville, Pennsylvania. At Ursinus he was well known for his excellent and dynamic teaching, and for his research in meteorology. Because his meteorological work required extensive calculations, he began to experiment with alternatives to mechanical tabulating equipment in an effort to reduce the time required to solve meteorological equations. -
Digital Computer Museum Operations
, .,1,,, fit;;';;'· ..- CLASS CALCULATOR ORDER FA~11LY GENUS SPECIES -COMPLEXITY -STRUCTURE ANALOG SINGLE PART DRAWING INSTRUMENTS PROTRACTOR J PEN ETC· FIXED RULE PROPORTIONAL RULES i-j PART GUNTER RULE GUNTER RULE SECTOR SECTORS SLIDE RULE STRAIGHT J CIRCULAR J SPIRAL J LOG-LOG LEVEL REFERENCE GUNNERY LEVEL INTEGRATOR MILEAGE READER MULTIPLE PART DRAWING INSTRUMENTS PANTOGRAPH LEVEL REFERENCE QUADRANT J SEXTANT ETC INTEGRATOR PLANIMETER J ETC· f.- . :.;", ~ " COMPLEX LEVEL REFERENCE AUTO-PILOT EQUATION SOLVER HARMONIC ANALYZER ETC TIDE PREDICTOR J ETC PROGRAMMABLE DIFF· ANALYZER BUSH J HARTREE ANALOG COMPUTER GENL PRECISION J fTC· DCM004.58 ~ DIGITAL SINGLE REGISTER STONE) BEAD COUNTING TABLE) ABACUS) SOROBAN) ETC PASCAL WHEEL PASCAL WHEEL) STRIP) KEYED WHEEL uCOMPTOMETERu TWO REGISTER TAB INDICATOR KEYED WHEELS BURROUGHS 3-4 REGISTER STEPPED WHEEL LEIBNIZ, ARITHMOMETERS AUTOMATIC STEPPED WHEEL ROTARY BALDWIN) ODHNER, CURTA, ETC· MOTOR-DRIVEN WHo MONROE, FRIDEN ETC BATTERY ELECTRONIC uPOCKETu CAlCS· COMPLEX TABULATOR HOLLERiTH CENSUS) POWERS-SAMAS EQUATION-SOLVER AB~ MACHINE, POCKET CALCULATORS, RELAY CALCULATORS BELL LABS 1 DIFFERENCE ENGINES PROGRAMMABLE RELAY CALCULATORS ANALYTIC ENGINE MABBAGE, HARVARD MKs TABULATOR HOLLERITH, POWERS,ETC PLUG-BOARD ENIAC BATTERY ELECTRONIC POCKET .. ;, .:t " lJCMU04.S8 CLASS MEMORY ORDER FAMILY GENUS SPECIES -INTERFACE -TECHNOLOGY -STRUCTURE OF ACCESS PHYSICAL STATE FIXED-PERMANENT STONE MARKS, NAPIERS FIXED-ERASABLE QUIPU, BEADS, ABACUS WRITABLE OR PAPER FIXED READABLE LINEAR SCROLL CYCLIC ROLODEX -
Evolution+Of+The+Computer.Pdf
Evolution of the Computer The Evolution of the Computer 1. First Generation (1939-1954) - vacuum tube 2. Second Generation Computers (1954-1959) - transistor 3. Third Generation Computers (1959-1971) - IC 4. Fourth Generation (1971-Present) - microprocessor 5. Fifth Generation (Present and Beyond) 1. First Generation (1939-1954) - vacuum tube ● 1937 - John V. Atanasoff designed the first digital electronic computer ● 1939 - Atanasoff and Clifford Berry demonstrate in Nov. the ABC prototype ● 1941 - Konrad Zuse in Germany developed in secret the Z3 ● 1943 - In Britain, the Colossus was designed in secret at Bletchley Park to decode German messages ● 1944 - Howard Aiken developed the Harvard Mark I mechanical computer for the Navy ● 1945 - John W. Mauchly and J. Presper Eckert built ENIAC at U of PA for the U.S. Army ● 1946 - Mauchly and Eckert start Electronic Control Co., received grant from National Bureau of Standards to build a ENIAC-type computer with magnetic tape input/output, renamed UNIVAC in 1947 but run out of money, formed in Dec. 1947 the new company Eckert-Mauchly Computer Corporation (EMCC). ● 1948 - Howard Aiken developed the Harvard Mark III electronic computer with 5000 tubes ● 1948 - U of Manchester in Britain developed the SSEM Baby electronic computer with CRT memory ● 1949 - Mauchly and Eckert in March successfully tested the BINAC stored-program computer for Northrop Aircraft, with mercury delay line memory and a primitive magentic tape drive; Remington Rand bought EMCC Feb. 1950 and provided funds to finish UNIVAC ● 1950- Commander William C. Norris led Engineering Research Associates to develop the Atlas, based on the secret code- breaking computers used by the Navy in WWII; the Atlas was 38 feet long, 20 feet wide, and used 2700 vacuum tubes ● 1951 - S. -
Digital Computer Museum Re-Port
DIGITAL COMPUTER MUSEUM RE-PORT 111982 BOARD OF DIRECTORS Charles Bachman C. Gordon Bell Gwen Bell Harvey C. Cragon Robert Everett C. Lester Hogan Theodore G. Johnson Andrew C. Knowles, III John Lacey Pat McGovern George Michael Robert N. Noyce Kenneth H. Olsen Brian Randell Edward A. Schwartz Michael Spack Erwin O. Tomash Senator Paul E. Tsongas The Digital Computer Museum is an independent. non-profit, charitable foundation. It is Staff the world's only institution dedicated to the industry-wide preservation of information pro Gwen Bell cessing devices and documentation. It interprets computer history through exhibits, publi Director cations, videotapes, lectures, educational programs, excursions, and special events. Jamie Parker Exhibit Coordinator Hours and Services Christine Rudomin The Digital Computer Museum is open to the public Sunday through Friday, 1:00 pm Program Coordinator to 6:00 pm. There is no charge for admission. The Digital Computer Museum Lecture Jay McLeman Series Lectures focus on benchmarks in computing history and are held six times a year. Computer Technician All lectures are videotaped and archived for scholarly use. Gallery talks by computer John McKenzie historians, staff members and docents are offered every Wednesday at 4:00 and Sunday TX-O Technician at 3:00. Guided group tours are available by appointment only. Books, posters, postcards, Beth Parkhurst and other items related to the history of computing are available for sale at the Museum Research Assistant Store. The Museum's lecture hall and reception facilities are available for rent on a pre Sue Hunt arranged basis. For information call 617-467-4443. -
The Computer Museum Report, Fall
THE COMPUTER MUSEUM REPORT VOLUME 14 FALLIWINTER 1985 ItIUU/J/1Jjj Board of Directors Corporate Members Core Members Contributing Members John William Poduska. Sr. Benefactor- SlO.OOO or more Harlan E. and Lois Anderson Kenneth R. Adcock. J.D. Addelston. Chairman Charles and Constance Bachman Lawrence Adrian. Timothy Anderson. Apollo Computer Corporation American Express Foundation C. Gordon Bell Isaac Auerbach. Richard G . Bahr. John American Federation of Information Erich and Renee Bloch Banning. Art & Betty Bardige. Steve F. Gwen Bell. President Processing Societies' Henry Burkhardt III Barneby. John C. Barstow. G.C. Beldon. The Computer Museum American Telephone & Telegraph Co.' R. Steve Cheheyl Jr .. James Bell. Allred M. Bertocchi. Dr. Apollo Computer. Inc: Robert C. and Eleanor W. Chinn John H. Blankenship. Daniel S. Bricklin. Erich Bloch Bank of America' National Science Foundation Robert G . Claussen Philip D. Brooke. Fred and Nancy Bank of Boston William Congleton Brooks. D.F. Brown. Gordon S. Brown. David Donaldson The Boston Globe' Alex d 'Arbeloff Lawrence G. Brown. Roger M. Buoy. Ropes and Gray ComputerLand' Arnaud de Vitry James Burley. James Burnett. Maria L. Control Data Corporation' Sydney Fernbach David Donaldson Carr. Charles and Virginia Casale. Data General Corporation' Douglas Drane George Chamberlain. Donald Computer Consultant Digital Equipment Corporation' Robert Everett Christiansen. Richard J. Clayton. C. Lester Hogan Hewlett-Packard Kenneth G. Fisher James F. Cody. Richard Corben.Howard Fairchild Camera and Instrument Honeywell Information Systems Jay W. Forrester E. Cox. Jr .. Michael Cronin. Henry J. International Data Group' Corporation Gardner Hendrie Crouse. Daniel Crowley. David N. International Business Machines. Inc. Winston R. -
Computing History Timeline
o commemorate the 50th year of T modern computing and the Computer Society, the timeline on the following pages traces the evolution of computing and computer technology. Timeline research by Bob Carlson, Angela Burgess, and Christine Miller. Timeline design and production by Larry Bauer. We thank our reviewers: Ted Biggerstaff, George Cybenko, Martin Campbell-Kelly, Alan Davis, Dan O’Leary, Edward Parrish, and Michael Williams. Timeline of Computing History 4000-1200 B.C. Inhabitants of 3000 B.C. The abacus is invented the first known in Babylonia. civilization in Sumer keep records of 250-230 B.C. The Sieve of commercial Eratosthenes is used to determine transactions on prime numbers. clay tablets. About 79 A.D. The “Antikythera IBM Archives Device,” when set correctly About 1300 The more familiar wire- according to latitude and day of and-bead abacus replaces the Chinese The University Museum, of Pennsylvania the week, gives alternating calculating rods. 29- and 30-day lunar months. 4000 B.C. — 1300 1612-1614 John Napier uses the printed decimal point, devises logarithms, and 1622 William Oughtred 1666 In uses numbered sticks, or Napiers Bones, invents the circular England, for calculating. slide rule on the basis Samuel of Napier’s logarithms. Morland produces a mechanical calculator 1623 William (Wilhelm) that can add Schickard designs a and subtract. “calculating clock” with a gear-driven carry mechanism to aid in The Computer Museum multiplication of multi- 1642-1643 Blaise Pascal creates a gear-driven digit numbers. adding machine called the “Pascalene,” the The Computer Museum first mechanical adding machine. 1600s 1801 A linked sequence of punched cards controls the weaving of patterns in Joseph-Marie Jacquard’s loom.