Большая библиография 50 Years of Army Computing: From eniac to msrc



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The story told here is of the members of a computer group-established by Northrop Aircraft in the mid-1940s to develop a guidance system for a US Air Force missile-who subsequently founded a company that designed and built a general-purpose, digital computer. Successful, but in need of funds, the company was eventually absorbed by a larger enterprise.



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A French book on instruments and machines published in 1584.



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The article disputes the hypothesis in Geoff Jukes, "More on the Soviets and Ultra," Intelligence and National Security 3, no. 2 (Apr. 1988), 233-247, that the Soviets deciphered Admiral Dönitz' instructions (sometimes called the JW 55B message) to Scharnhorst (Rear Admiral Bey) on 25 December 1943 and that this indicates that the Soviets could break the Naval Enigma.



Erskine, Ralph. The First Naval Enigma Decrypts of World War II // Cryptologia, vol. 21, № 1, January 1997. P. 42-46.

This article includes both Erskine's commentary and reproductions of "the first text derived from naval Enigma signals" at Bletchley Park. The decrypts are part of the six days of traffic (22-27 April 1940) initially read by the British. It would be early August 1941 before Bletchley would be able to read the main cipher of the Kriegsmarine on an almost continuous basis.



Erskine, R., Freeman P. Brigadier John Tiltman: One of Britains Finest Cryptologists // Cryptologia, vol. 27, № 4, October 2003. P. 289-318.

The authors term Tiltman "Bletchley Park's finest cryptanalyst on non-machine ciphers." He worked with GCCS/GCHQ from 1920 until his retirement in 1954, but then continued work with GCHQ until 1964. After that, he served as a researcher and consultant with NSA until 1980



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Evans, Christopher Riche. The Making of the MICRO: A History of the Computer. London: Van Nostrand Reinhold Computer, 1981.

This book had a lot to do with math and calculators. It was very interesting to see how hard it was to add without using a calculator. Some things that are taken for granted are using email now. If you think about it computers run on 1s and 0s. Just to say "17' and not even display it the computer reads 10001. Letters are more complex to display. Some times it takes millions of 1s and 0s. This is a great book for people interested in computers.



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Aaron Palmer's cardboard and printed-paper circular slide rules, 1840s.



Feely W., Schure C. The Fuller Calculating Instrument // Journal of the Oughtred Society, vol. 4, № 1, March 1995. P. 33-40.

Cylindrical slide rule invented by George Fuller in 1878, and made by Stanley until the 1970s.



Feely W., Schure C. Thacher Slide Rule Production // Journal of the Oughtred Society, vol. 3, № 2, September 1994. P. 38-42.

Cylindrical slide rule invented by Edward Thacher in 1881, and made by Stanley, London, and Keuffel & Esser, New York, until the 1930s or later.



Fehr E. The Invention of the First Computer by Konrad Zuse // Proceedings of the Cultural History of Mathematics, vol. 6. Inner Mongolia Press, 1996. P. 44-48.

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Fischer C. F. Douglas Rayner Hartree: His Life in Science and Computing. Singapore: World Scientific Publishers Co, 2003. 244 p.

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This article describes how the decimal place value system was transmitted from India via the Arabs to the West up to the end of the fifteenth century. The arithmetical work of al-Khwarizmi's, ca. 825, is the oldest Arabic work on Indian arithmetic of which we have detailed knowledge. There is no known Arabic manuscript of this work; our knowledge of it is based on an early reworking of a Latin translation. Until some years ago, only one fragmentary manuscript of this twelfth-century reworking was known (Cambridge, UL, Ii.6.5). Another manuscript that transmits the complete text (New York, Hispanic Society of America, HC 397/726) has made possible a more exact study of al-Khwarizmi's work. This article gives an outline of this manuscript's contents and discusses some characteristics of its presentation.



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Воспоминания сына английского изобретателя-самоучки, создателя первой в истории троичной механической вычислительной машины.



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К истории корпорации RCA, прекратившей выпуск компьютеров.



Gardner D. W. Will the inventor of the first digital computer please stand up? // Datamation, № 2, 1974. P. 84-90.

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Garfinkel, Simson L. Architects of the Information Society: Thirty-Five Years of the Laboratory for Computer Science at MIT. Cambridge, MA: The MIT Press, 1999. 86 p.

The Massachusetts Institute of Technology's Laboratory for Computer Science (LCS) has been responsible for some of the most significant technological achievements of the past few decades. Much of the hardware and software driving the information revolution has been, and continues to be, created at LCS. Anyone who sends and receives email, communicates with colleagues through a LAN, surfs the Web, or makes decisions using a spreadsheet is benefiting from the creativity of LCS members.

LCS is an interdepartmental laboratory that brings together faculty, researchers, and students in a broad program of study, research, and experimentation. Their principal goal is to pursue innovations in information technology that will improve people's lives. LCS members have been instrumental in the development of ARPAnet, the Internet, the Web, Ethernet, time-shared computers, UNIX, RSA encryption, the X Windows system, NuBus, and many other technologies.

This book, published in celebration of LCS's thirty-fifth anniversary, chronicles its history, achievements, and continued importance to computer science. The essays are complemented by historical photographs.



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The study of planetary theory in Ptolemaic astronomy has concentrated on the models and tables for planetary longitudes, and considerably less attention has been paid to Ptolemy's models and tables for planetary latitudes. Our plan is first to give a brief survey of the history of tables for planetary latitude, particularly those that include, for Venus and Mercury, columns for the deviation. Then we will describe Bianchini's tables for planetary latitude in detail. Finally, we will discuss Copernicus's copy of Bianchini's tables for planetary latitude.



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Grier D. A. Agricultural Computing and the Context for John Atanasoff // AHC, vol. 22, № 1, 2000. P. 48-61.


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