The Ieee North Jersey Section Newsletter
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2020 Virtual Commencement Program
HISTORY OF NJIT he New Jersey Institute of Technology that we Under Dr. Allan R. Cullimore, who led the Tknow today has a rich history with its institution from 1920 to 1949, the modest Newark beginnings developing from the industrial age. Technical School was transformed into the Newark Like many of the port cities around the world, the College of Engineering (NCE). Campbell Hall was Newark of the late 19th century was a thriving erected in 1925. During the lean years of the industrial center. Its factories churned out thread, Depression and World War II, only the former metals, paints and leather goods. In Newark, Newark Orphan Asylum, now Eberhardt Hall, was Thomas Edison set the stage at his Ward Street purchased and renovated by the college. factory for his later achievements, and Edison rival Edward Weston established the first factory in the The postwar period was one of enormous activity United States for commercial production of during which President Cullimore — like today’s dynamo electric machines. post-Cold War university presidents — challenged the college to turn “wartime thinking into On March 24, 1880, the Essex County peacetime thinking.” Assemblyman in the state Legislature introduced “An Act to Provide for the Establishment of In 1946, about 75 percent of the freshman class had Schools of Industrial Education.” The Newark served in the armed forces. Robert W. Van Houten Board of Trade sponsored the bill. The Act was acting president of NJIT from 1947 until 1950 established three schools of industrial education: when the board of trustees named him president. one in Newark, one in Trenton and one in Cullimore Hall was built in 1958 and two years Hoboken. -
ECS Classics: Weston, the Weston Cell, and the Volt
ClassicsECS Weston, the Weston Cell, and the Volt by Petr Vanýsek he measurement of electromotive force, potential, or voltage Sharing much of the same enthusiasm as Acheson (ECS Classics, difference has been central to measurements ever since the Interface, 26(1) 36-39), Edison, or Swann (ECS Classics, Interface, Tconcept of potential in electricity was first understood. The 23(4) 38-40), Weston was also interested in lighting equipment. His definition of the volt changed a few times throughout the course of company, among others, won the contract to illuminate the new history and at one point it was even based on electrochemistry, on Brooklyn Bridge. His carbon based light bulb filament made from the so-called Clark cell. The international volt was defined in 1893 Tamidine (reduced nitrocellulose) was used until tungsten was as 1/1.434 electromotive force of the Clark cell. This definition lasted introduced. until 1908. The Clark cells used zinc or zinc amalgam for the anode and Weston was, since his first introduction to electrochemistry in mercury in a saturated aqueous solution of zinc sulfate for a cathode, electroplating, well aware of the need to reliably measure electrical with a paste of mercurous sulfate as a depolarizer. The cell design parameters. Because of this interest, in 1887 he established a had a drawback in a rather significant temperature coefficient and also laboratory making devices for measuring electrical parameters. In the suffered corrosion problems, which were caused by platinum wires process he developed two important alloys, constantan and manganin, that were alloying with the zinc amalgam in the glass envelope. -
13Th IEEE International Conference on Bioinformatics and Bioengineering
13th IEEE International Conference on BioInformatics and BioEngineering November 10-13, Chania, Greece Technical Program and Book of Abstracts 10-13 November, 2013 IEEE BIBE 2013 Sponsors National Technical University of Athens Institute of Electrical and Electronic Engineers Biological and Artificial Intelligence Engineering in Medicine and Biology Society Foundation University of Ioannina IEEE Greece Section Wright State University IEEE EMB Greece Chapter Institute of Communications and Computer Technical University of Crete Systems Unit of Medical Technology & Intelligent University of Patras Information Systems Foundation for Research and Technology-Hellas - Institute of Molecular Biology and Biotechnology 10-13 November, 2013 IEEE BIBE 2013 IEEE Catalog Number: CFP13266-USB ISBN: 978-1-4799-3162-0 Copyright and Reprint Permission: Abstracting is permitted with credit to the source. Libraries are permitted to photocopy beyond the limit of U.S. copyright law for private use of patrons those articles in this volume that carry a code at the bottom of the first page, provided the per-copy fee indicated in the code is paid through Copyright Clearance Center, 222 Rosewood Drive, Danvers, MA 01923. For reprint or republication permission, email to IEEE Copyrights Manager at [email protected]. All rights reserved. Copyright ©2013 by IEEE. 10-13 November, 2013 IEEE BIBE 2013 Contents Welcome Message ....................................................................................................................... 7 Organization -
How to USE METERS
HOW to USE / ERS by JOHN F. RIDER TV & RADIO Servicing Igh VA 41U/14 -TUBE TRANSMITTER PANLETER 1AfitTER Installation & Repair N. LABORATORY Practice INIUSTRIAL Applications a RIDER pub 1 i c a i i o n t / 3 ¡ "v Z $2.40 How To USE METERS by JOHN F. RIDER JOHN F. RIDER PUBLISHER, INC. 480 Canal Street New York 13, N. Y. First Edition Copyright 1954 by JOHN F. RIDER PUBLISHER, INC. All rights reserved. This book or parts thereof may not be reproduced in any form or in any language without permission of the publisher. Library of Congress Catalog Card No. 53-9956 Printed in the United States of America CONTENTS 1 Principle and Construction of D -C Moving -Coil Meters . 1 2 Principle and Construction of A -C Meter Movements . 7 3 Adapting Meter Movements for Current and Voltage Measurements 15 4 Adapting Meter Movement for Resistance Measurement . 35 5 Power Measurement and Wattmeters 42 6 Adapting Meters for Audio and Power Frequencies 48 7 Adapting Simple Meters for R-F Measurements 59 8 Multi -Range Instruments and Volt -Ohm Milliammeters . 64 9 Vacuum -Tube Voltmeters and Voltohmmeters 76 10 Applications of Meters 95 11 Applications in Radio Transmitters 149 Index 154 iii PREFACE ow To Use Meters is a practical book. The theoretical aspects of current and voltage measuring devices are held to a minimum in these pages. Here and there some reference is made to theory, but by and large the main theme is expressed by the title of this book. It's purpose is to serve the needs of the electronic maintenance technician, the technician in industrial and electronic laboratories, the radio amateur, the experimenter in electronics, and the men and women who are studying electronics in commercial, academic and military schools - in general all those who have a practical interest in the ap- plication of a -c and d-c voltage and current measuring devices. -
Nucleus 1964
OUR YEARS WERE FULL PG. 8 THE ACADEMICS WERE EXTENSIVE PG. 140 YET WE WERE ORGANIZED PG. 160 audetts '96f OUR ATHLETIC ACHIEVEMENTS WERE MANY PG. 123 NEWARK COLLEGE OF ENGINEERING Newark, New Jersey JAMES W. CERULLI Editor JAMES J. BOYLE Business Manager JOSEPH DIRIENZO Associate Editor CHARLES POLLACK _ _ Associate Editor VITALI MOSTOVOJ Associate Editor DR. LLOYD M. FELMLY Advisor AND YET WE FOUND TIME To RELAX Po. 150 During the night of January 19, 1961 it was snowing heavily. By daybreak sufficient snow had piled up to close NCE, to our delight. This was especially fortunate, for this was Inauguration Day and now we could witness the historic event on television. That day, we saw John F. Kennedy become our 35th President. November 25, 1963 was a crisp autumn day, with not a cloud in the sky. Yet again NCE was closed, while its flag flew at halfmast. That day we witnessed the funeral of John F. Kennedy. None of us will ever forget the shock, the dis- belief of that first bulletin on Friday, November 22, when we were told that our President was dead. None of us will ever forget those sad four days, when all thoughts, save one, were forgotten. Nor will we forget Kennedy, the man. The warm smile, the carefree hair, the familiar accent that prompted so many jokes. His strength and courage in days of crisis. His vision and dedica- tion for a better world. His memory will be with us through our lives. Let his inspiration guide us in our ways. -
The Institute of Electrical and Electronics Engineers Past, Present , and Future
The Institute of Electrical and Electronics Engineers Past, Present , and Future Presented by: Bob Shapiro IEEE Communications Society Director of Marketing and Industry Relations The Institute of Electrical and Electronics Engineers Past, Present , and Future 125 Years of Electrical Engggineering and Be yond (Including Telecom) Otto von Guericke L’Elec tr isee Mac hine 1663 Pieter van Musschenbroek of Leyden Ley den Jar 1746 Benjamin Franklin Kite Exper imen t - 1752 James Watt Steam E ng ine - 1775 Luigi Galvani Frog Leg Exper iment 1780 Alessandro Volta Vo lta Pile 1799 Andre Ampere ALAmpere Law - 1820 Georg Simon Ohm Ohm' s L aw 1827 Joseph Henry Elec tromagne t 1829 Michael Faraday Ind uct ion Ring 1832 Samuel Hunter Christie Chr is tie ’s Br idge - 1833 Charles Wheatstone Te legrap h 1837 Samuel Morse Morse Co de 1844 Trans-Atlantic Telegraph 1858 The Great Eastern Alexander Graham Bell Te lep hone 1876 Thomas Edison Lig ht Bu lb 1879 Edison Electric First El ect ri c Utilit y Power Sys tem 1882 Nikola Tesla AC Mo tor 1883 American Institute of Electrical Engineers • Nathaniel S. Keith drafted and placed a call in the April 15, 1884 issue of “The Operator” – The call endorsed by twenty-five prominent figures in electrical technology including Thomas Edison, Elihu Thomson, Edwin Houston, and Edward Weston • May 13th, 1984 - Electrical practitioners met at the American Society of Civil Engineers headquarters in New York to form the American Institute of Electrical Engineers • 1st President - Norvin Green, president Western Union Telegraph •1st First Secretary - Nathaniel Keith •1st Treasurer Rowland R. -
2013 IEEE Honor Roll of Donors
2013 Honor roll of Donors | 1 As the philanthropic arm of IEEE, the IEEE Foundation inspires the generosity of donors so it may enable IEEE programs that enhance technology access, literacy and education, and support the IEEE professional community. The IEEE foundation fulfills its purpose by: • soliciting and managing donations • recognizing the generosity of our donors • awarding grants to innovative projects of strategic importance • serving as a steward of donations that empower bright minds, recognize innovation and preserve the history of technology With support from donors all over the world, the IEEE foundation strives to be a leader in transforming lives through the power of technology and education. Table of Contents Donor Profiles 1 Leadership Perspective 14 Bimal Bose 2 2013 Year in Review 13 G&W Electric Company 4 Investing in Innovation 42 Jay Giri 6 Investing in IEEE Initiatives 43 Jay Greenberg 7 IEEE Life Members Fund 41 Michael Heyeck 8 IEEE History Center 33 Dan D. Hoolihan 9 IEEE PES Scholarship Plus 25 John Impagliazzo 10 Empowering Bright Minds 37 Susumu Kobayashi 11 Recognition of Innovation 16 William Middleton 13 IEEE Circle of Honor 35 Emerson Pugh 14 IEEE Heritage Circle 12 Lotfollah Shafai 16 IEEE Goldsmith Legacy League 23 James M. Tien 18 Leadership Donors 39 Ralph W. Wyndrum, Jr. 20 Advocate Donors 41 Honorarium Gifts 42 Tribute Gifts 44 Matching Gifts 45 IEEE Board of Directors IEEE Foundation Board of Directors IEEE Foundation Professional Staff The Honor Roll of Donors will be delivered digitally in 2015. If you would like to continue to receive the Honor Roll of Donors in its print version, please e-mail us at [email protected] or fill out and return the envelope included within. -
Internet Message Access Protocol from Wikipedia, the Free Encyclopedia "IMAP" Redirects Here
Internet Message Access Protocol From Wikipedia, the free encyclopedia "IMAP" redirects here. For the antipsychotic, see Fluspirilene. Internet message access protocol (IMAP) is one of the two most prevalent Internet standard protocols for e- mail retrieval, the other being the Post Office Protocol (POP).[1] Virtually all modern e-mail clients and mail servers support both protocols as a means of transferring e-mail messages from a server. [edit]E-mail protocols The Internet Message Access Protocol (commonly known as IMAP) is an Application Layer Internet protocol that allows an e-mail client to access e-mail on a remote mail server. The current version, IMAP version 4 revision 1 (IMAP4rev1), is defined by RFC 3501. An IMAP server typically listens on well-known port 143. IMAP over SSL (IMAPS) is assigned well-known port number 993. IMAP supports both on-line and off-line modes of operation. E-mail clients using IMAP generally leave messages on the server until the user explicitly deletes them. This and other characteristics of IMAP operation allow multiple clients to manage the same mailbox. Most e-mail clients support IMAP in addition to POP to retrieve messages; however, fewer email services support IMAP.[2]IMAP offers access to the mail storage. Clients may store local copies of the messages, but these are considered to be a temporary cache. Incoming e-mail messages are sent to an e-mail server that stores messages in the recipient's email box. The user retrieves the messages with an e-mail client that uses one of a number of e-mail retrieval protocols. -
Vol. 12 :: No. 1 :: Jan – Mar 2017
Vol. 12 :: No. 1 :: Jan – Mar 2017 Message from the Chairman Dear IEEE Members, At the outset, I express my sincere thanks to all the IEEE members in India for giving me the opportunity to serve them as the Chair of IEEE India Council in 2017. It is a great opportunity, but at the same time is a big responsibility. I would like to rise up to the expectations of the membership to the best of my ability. I also express my happiness to have a very strong and energetic team including office bearers and execom members to take forward to activities of IEEE IC in this year. Each of them is committed to the cause of IEEE and is geared up to give their best. My hearty thanks and appreciation to all of them for shouldering such responsibilities. The IC Newsletter is coming out in its new avatar through this first issue in 2017. As you may be aware that Mr. H.R.Mohan has once again taken up the challenging task of the Newsletter Editor (He was the editor during 2013). I convey my deep appreciation for the services extended by Mr. Mohan in coming up with a commendable version of the newsletter. I would also like to put on record that all the Sections extended their overwhelming cooperation in providing the inputs to the newsletter. I thank all the Section leaders for their support. The flagship program of IEEE IC, viz. INDICON 2017, will be held in IIT Roorkee in collaboration with IEEE UP Section. I hereby appeal to all IEEE members to make this INDICON another success story, as in the previous years. -
ICNL Readers Quiz-17Q2
ICNL Readers Quiz-17q2 To increase and encourage readership, this quiz is being conducted. Participate in the “ICNL Readers Quiz-17q2” and win Two Amazon Gift Cards of worth Rs. 500/- each. The “ICNL Readers Quiz – 17q2” has 12 questions for which answers can be found in the India Council Newsletter issue of Apr-Jun 2017 at http://ieeecs-madras.managedbiz.com/icnl/17q1.pdf and also available in the gDrive folder named “icnl-newsletters” shared at https://goo.gl/2cnw8A TWO lucky readers from those who provide correct answers to a minimum of 10 questions will get Amazon Gift Cards of value Rs. 500/= each. The prizes for the “ICNL Readers Quiz – 17q2” are sponsored by IEEE Computer Society Madras Chapter. QUESTIONS Q1. The IEEE Day in 2017 will be held on -------------- Q2. Globally ---------- (quantity) of e-wastes are produced. Q3. Which is the world’s biggest solar farm and what is its capacity? Q4. The peak demand for power in India is more than the installed capacity. State True or False Q5. Which out of Google / Apple / Amazon expected to be the world’s 1st USD one trillion company according to a New York University? Q6. What kind of malware is WannaCry? Q7. The price of Nokia 3310 launched in India is ----------- Q8. The international guests of the conference -- CONFLUENCE-2017 were taken for a visit to ------------ Q9. As per Ericsson Mobility Report 2017, every user in India would consume ------- data per month by 2022 Q10. ------------ is the highest amount of funding given to the student project in IEEE Madras Section is Q11. -
TAB Awards and Recognition Manual,Microsoft Word
TECHNICAL ACTIVITIES BOARD AWARDS AND RECOGNITION MANUAL 2020 Includes new and revised awards (Approved by TAB through June 2020) PREFACE The IEEE shall recognize those who contribute to and support the purposes of the Institute in an exceptionally worthy manner. In furtherance of this objective, the Institute has created and fostered a broad program of formal recognitions, scholarships and awards of all types. The Institute encourages the formation of awards committees in its geographical, professional and technical entities to recognize outstanding achievements and services for the benefit of the IEEE and the engineering profession, and for those accomplishments which enhance the quality of life for all people throughout the world. IEEE Awards serve several purposes: (1) they are an expression of recognition for outstanding contributions to the art and science of electrical and electronics engineering; (2) they are an incentive to youth to emulate excellence, (3) they are a personalized recognition of the achievements of the profession and its members to the public, and (4) they identify the IEEE with these achievements. IEEE Policies The Technical Activities Board Awards and Recognition Manual provides a comprehensive listing of awards (including scholarships and other student awards) sponsored by IEEE Societies, Technical Councils, Technical Conferences, and the Technical Activities Board, itself. Information contained in this new edition of the Manual reflects the current information on approved awards on file in the Technical Activities Department. Awards are grouped under the headings of their sponsoring entities (primarily Societies and Technical Councils), with information that includes description/purpose, prize, eligibility, basis for judging, and presentation. If more detailed information is required for a specific award, it may be available through the sponsoring entity's Awards Committee. -
Jun 2017 Message from the Chairman
Vol. 12 :: No. 2 :: Apr – Jun 2017 Message from the Chairman Dear IEEE Members, I am indeed happy that the second issue of the IEEE India Council Newsletter is being published on time. It shows that IEEE IC team is going ahead with purpose very strongly. For this reason my appreciation to all who contribute to make this happen. Google offers an Applied CS with Android an educational program designed to give college juniors and seniors an opportunity to enhance their knowledge of data structures and algorithms in a hands-on way. Google conducted a weeklong pilot program at G H Raisoni College of Engineering as requested by IEEE IC. Now the program has been named as ‘Google IEEE India Council Applied CS program’. This program is open to any IEEE student/YP/WIE/GSM, who has attended one course in Java and advances in algorithms. The program will be launched nationwide in July/August 2017 at 100 branches in India. I appeal to all section Chairs to make this program a grand success. For any clarification, please write to IEEE IC Secretary. IEEE IC will give the following awards in 2017 for which VC, Awards, has made necessary arrangements: a) IEEE India Council Outstanding Student Branch Award and b) IEEE India Council Outstanding Volunteer Award. At the IEEE IC, discussions are at advanced level to institute sponsored IC Awards under IC-WIE AG. IC has principally approved instituting the awards. These IC awards will be in line with IEEE awards and will follow IEEE awards guidelines. VC, Industry Relations, has a busy schedule to engage Industry Partners with sections/institutions/ organizations for five programs, which will be made known in due course of time.