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Von Neumann John:     more books (100)

Functional Operators, 2 Vols by John Von Neumann, 1956-01-01 Mathematical Foundations of Quantum Mechenics by John Von Neumann, 1955-01-01 Functional Operators Volume 1 by John Von Neumann, 1956 Functional Operators. 2 volumes. by John. von Neumann, 1950 THEORY OF GAMES AND ECONOMIC BEHAVIOR. by John, and Oskar Morgenstern. Von Neumann, 1953 On an algebraic generalization of the quantum mechanical formalism (Part I). by John (1903-1957). VON NEUMANN, 1936 The computer and the Brain by John Von Neumann, 1979 Theory of Games and Economic Behavior by John & Oskar Morgenstern Von Neumann, 1967 The non-isomorphism of certain continuous rings. by John (1903-1957). VON NEUMANN, 1958-01-01 Mathematical Foundations of Quantum Mechanics (Investigations in Physics Vol 2) by John; Beyer, Robert T. (Translator) Von Neumann, 1955 Theory of Games & Economic Behavior 3RD Edition by John Von Neumann, 1967-01-01 Continuous Geometry. by John von Neumann, 1960 The computer and the brain by John Von Neumann, 1963 Cellular Automatists: Richard Feynman, John Von Neumann, Martin Gardner, John Horton Conway, Stephen Wolfram, Stanislaw Ulam, Edgar F. Codd

lists with details

61. Von Neumann, John
    von neumann, john, noi'män Pronunciation Key. von neumann, john , 1903–57,American mathematician, b. Hungary, Ph.D. Univ. of Budapest, 1926.  
    http://www.infoplease.com/ce6/people/A0851154.html

62. Von Neumann, John
    von neumann, john (1903 1957) ungersk matematiker, verksam i USA sedan1930. john von neumann var en av de viktigaste teoretikerna  
    http://domino.idg.se/cs/sprak.nsf/Alla/von Neumann, John
    
    Extractions: (1903 - 1957) ungersk matematiker, verksam i USA sedan 1930. John von Neumann var en av de viktigaste teoretikerna bakom den moderna datatekniken och har gett namn åt von Neumann-arkitekturen . Han formulerade också teorier om cellautomater och självreplikerande maskiner - en parallell till upptäckten av dna. John von Neumann räknas också, tillsammans med Oscar Morgenstern som den viktigaste teoretikern bakom spelteorin . Spelteorin användes i USA som ett verktyg för strategisk analys under det kalla kriget, och John von Neumann var med i den amerikanska atomenergikommissionen som ledde utvecklingen av USAs kärnvapenarsenal. De sista åren kom han till mötena i rullstol. Han och Henry Kissinger var förebilderna till Peter Sellers rollfigur Dr Strangelove.

63. John Von Neumann - Wikipedia
    Other languages Deutsch. john von neumann. From Wikipedia, the freeencyclopedia. john von neumann (19031957) was a Hungarian-American  
    http://www.wikipedia.org/wiki/John_von_Neumann

64. IEEE John Von Neumann Medal - Wikipedia
    IEEE john von neumann Medal. From Wikipedia, the free encyclopedia.The IEEE john von neumann Medal was established by the IEEE Board  
    http://www.wikipedia.org/wiki/IEEE_John_von_Neumann_Medal

65. A Neumann János Számítógép-tudományi Társaság Honlapja
    neumann János Számítógéptudományi Társaság john von neumannComputer Society. neumann János (1903-1957). Elköltöztünk!!!  
    http://www.njszt.iif.hu/

66. John Von Neumann
    Game Theory Dictionary People john von neumann von neumann, john.Coauthor of Theory of Games and Economic Behavior with Oskar  
    http://www.gametheory.net/Dictionary/JohnvonNeumann.html

67. Konrad Zuse's Versus John Von Neumann's Computer Concepts
    john von neumann?s Computer Concepts versus Konrad Zuse?s Ideas and the MachinesZ1 and Z3 Draft BURK46/, john von neumann /NEUM45/ and other scientists.  
    http://irb.cs.tu-berlin.de/~zuse/Konrad_Zuse/Neumann_vs_Zuse.html

68. The John Von Neumann Minerva Center For Verification Of Reactive Systems
    A research group, headed by Prof. Amir Pnueli .  
    http://www.wisdom.weizmann.ac.il/~verify/

69. VonNeumann_Note
    gallery index. john von neumann. He was born in Hungary, studied inGermany, and after 1930, mainly worked in the United States. In  
    http://www.bun.kyoto-u.ac.jp/phisci/Gallery/vonNeumann_note.html
    
    Extractions: John von Neumann He was born in Hungary, studied in Germany, and after 1930, mainly worked in the United States. In every branch of science he stepped in, he left outstanding results: mathematics, mathematical logic, quantum mechanics, design of computer, the theory of automata, and the theory of games. He was also deeply involved in US military policy as an advisor. The swiftness of his mind (or the CPU of his brain) is legendary. Whether true or not, it is said that his calculation was faster than any computer of his day. During and after the war, he was involved both in the development of nuclear weapons and of computers. He annoyed Oppenheimer (then the Director of Institute for Advanced Study, Princeton) by bringing in the project of manufacturing IAS computer, against the policy of the Institute. He was also known as a reckless driver. Despite some (moral, say) misgivings, his contributions to science and technology are immense; and it seems quite silly ("legitimate" in some sense, though) to denouce this type of scientist on moral, social, or political (or whatever) grounds; everything considered, the balance is undeniably on the positive (good) side. BACK TO VON NEUMANN PICTURE BACK TO GALLERY INDEX Last modified April 2, 1999. (c) Soshichi Uchii

70. NEUMANN, John Von (1903-1957)
    Translate this page john von neumann (1903-1957). Matemático americano que desenvolveuo ramo da matemática conhecido como teoria dos jogos. Nasceu  
    http://www.citi.pt/educacao_final/trab_final_inteligencia_artificial/neumann.htm

71. John Von Neumann
    Translate this page john von neumann. john Louis von neumann wird am 28.12.1903 in Budapest,Ungarn geboren, und starb am 08.02.1957 in Washington DC, USA.  
    http://www.fh-niederrhein.de/~rehork/ge_info/geschichte17.htm
    
    Extractions: John von Neumann entwickelt das Konzept der Steuerung von Rechnern durch ein gespeichertes Programm und fasst die Grundprinzipien für Rechenanlagen zusammen. Die wesentlichen Aussagen sind: Das Programm wird gleichberechtigt zu den Daten im Rechner abgelegt. Das Programm ist eine Abfolge logischer Befehlsentscheidungen. Bedingte Programmbefehle erlauben Entscheidungen über den Fortgang des Programms. Die 5 Grundelemente von Allzweck-Rechnersystemen sind: Eingabe, um das Eingeben von Zahlen und Zeichen in die Maschine zu erlauben, Speicher, um als Gedächtnis für die Daten und Programmanweisungen zu dienen, arithmetische Einheit, um die anfallenden Berechnungen auszuführen, Leitwerk, um die Ausführung der Aufgabe nach Vorgabe eines Programmes zu steuern, Ausgabe, um den Benutzern die Ergebnisse der Berechnungen mitzuteilen. Von Neumann wurde auch durch seine schnellen elektronischen Computer bekannt; er entwarf 1952 den MANIAC I, den ersten Computer mit einem flexiblen Speicherprogramm. Bis zum Anfang des 20. Jahrhunderts standen die Erfinder im Mittelpunkt der Entwicklung der Datenverarbeitung. Die Menge des Wissens über die Techniken der Datenverarbeitung wurde aber so umfangreich, dass ein Einzelner nicht mehr in der Lage sein konnte, alleine Neues zu schaffen. Es darf aber nicht angenommen werden, dass die Erfinder völlig selbständig gearbeitet haben. Viele der genannten Erfinder fanden die Unterstützung von Mitarbeitern einer Universätsfakultät oder eines Unternehmens. Ohne die - ungenannten - Mitarbeiter hätten die Ideen oft nicht verwirklicht werden können.

72. Search For Von Neumann, John
    Home People References von neumann, john 00 of 0.Creator, Title, Mark. No results found, Saved Entries.  
    http://alsos.wlu.edu/qsearch.asp?Hidden=&Field=p/von Neumann, John

73. Von Neumann, John
    von neumann, john (19031957). Hungarian-born US scientist and mathematician,a pioneer of computer design. He invented his 'rings  
    http://www.cartage.org.lb/en/themes/Biographies/MainBiographies/V/VonNeumann/1.h

74. Biografías- John Von Neumann
    Translate this page john von neumann, 1903-1957. Biografía john von neumann sugirió en1945 una alternativa hacia una arquitectura más versátil. Nacido  
    http://members.fortunecity.com/jon_alava/biografias/neuman.htm
    
    Extractions: El primer ordenador que adoptó esta nueva arquitectura fue el Electronic Discrete Variable Computer [Ordenador Electrónico de Variable Discreta] (EDVAD). Más tarde se le unió el JOHNNIAC (de la RAND Corporation) y el MANIAC [Maniaco], el Mathematical Analyzer, Numerical Integrator and Calculator [Calculador, Integrador Numérico y Analizador Matemático. ( Fuente: Aircenter.net

75. Von Neumann, John
    up previous home.gif Up Panel NonData of Famous People Previous Arrow,Kenneth J. von neumann, john. 19XX, 19XX. Naoya Kaneko 2002-02-08.  
    http://www.geocities.com/naoyakaneko/timeseries/node4.html

76. Neumann, John Von , Cientificos, Famosos, Biografia, Bibliografia, Ciencia Y Tec
    Translate this page Completa Biografía de neumann, john von su vida, su trabajo, su legado, conenlaces relacionados. neumann, john von. Biografía de neumann, john von,  
    http://www.geocities.com/CollegePark/Plaza/4692/neumann.html
    
    Extractions: Biografía de Neumann, John von Neumann, John von (1903-1957), matemático estadounidense nacido en Hungría, que desarrolló la rama de las matemáticas conocida como teoría de juegos. Nació en Budapest y estudió en Zurich y en las universidades de Berlín y Budapest. Viajó a Estados Unidos en 1930 para unirse al claustro de la Universidad de Princeton. A partir de 1933 se incorporó al Instituto de Estudios Avanzados de Princeton (Nueva Jersey). Adquirió la nacionalidad estadounidense en 1937 y durante la II Guerra Mundial ejerció como asesor en el proyecto de la bomba atómica de Los Álamos. En marzo de 1955 fue nombrado miembro de la Comisión de Energía Atómica de los Estados Unidos. Von Neumann fue un gran matemático. Destacó por sus aportaciones fundamentales a la teoría cuántica, especialmente el concepto de anillos de operadores (actualmente conocido como álgebra de Neumann) y también por su trabajo de iniciación de las matemáticas aplicadas, principalmente la estadística y el análisis numérico. También es conocido por el diseño de computadoras electrónicas de gran velocidad y en 1952 diseñó la primera computadora que utilizaba un programa archivado flexible, el MANIAC I. En 1956, la Comisión de Energía Atómica le concedió el premio Enrico Fermi por sus notables aportaciones a la teoría y al diseño de las computadoras electrónicas.

77. Beats Biblionetz - Personen: John Von Neumann
    Translate this page john von neumann. Zum Seitenanfang Bücher von john von neumann. The Computerand the Brain (1958) Bei amazon.de als Paperback-Ausgabe anschauen.  
    http://beat.doebe.li/bibliothek/p00048.html
    
    Extractions: Bei amazon.de als Paperback-Ausgabe anschauen Theory of Self-Reproducing Automata Wider den Methodenzwang (1975) (Paul Feyerabend) Die Macht der Computer und die Ohnmacht der Vernunft Geist und Natur ... Chaos Kognitionswissenschaft, Kognitionstechnik Computerdenken ... Symbole - Die kognitivistische Hypothese (Eleanor Rosch, Evan Thompson, Francisco J. Varela

78. Johann (John) Von Neumann Writes The "First Draft"
    In June 1945, Johann (john) von neumann published a paper entitled First Draft ofa report to the EDVAC, in which he presented all of the basic elements of a  
    http://www.maxmon.com/1944ad.htm
    
    Extractions: Von Neumann writes the "First Draft" In June 1944, the Hungarian- American mathematician Johann (John) Von Neumann first became aware of ENIAC Von Neumann, who was a consultant on the Manhattan Project , immediately recognized the role that could be played by a computer like ENIAC in solving the vast arrays of complex equations involved in designing atomic weapons. a A brilliant mathematician, Von Neumann crossed mathematics with subjects such as philosophy in ways that had never previously been conceived; for example, he was a pioneer of Game Theory , which continues to find numerous and diverse applications to this day. Von Neumann was tremendously excited by ENIAC and quickly became a consultant to both the ENIAC and EDVAC projects. In June 1945, he published a paper entitled "First Draft of a report to the EDVAC," in which he presented all of the basic elements of a stored-program computer: A memory containing both data and instructions. Also to allow both data and instruction memory locations to be read from, and written to, in any desired order. A calculating unit capable of performing both arithmetic and logical operations on the data.

79. Dr. John Von Neumann
    Dr. john von neumann. john von neumann played a key role in the developmentof the US ballistic missile program. 7 Macrae, john von neumann, p. 358.  
    http://www.spacecom.af.mil/hqafspc/history/von_neumann.htm
    
    Extractions: Based on recommendations by the von Neumann committees and persuasion by Trevor Gardner (the Air Force Assistant Secretary for Research and Development), the United States pressed forward with its missile program at a faster rate and successfully launched an Atlas missile in December 1958. John von Neumann was born December 28, 1903 in Budapest, Hungary. He possessed a near-photographic memory, knew several languages, and by the age of six, entertained family guests by memorizing phone books. By the time he finished Gymnasium (the equivalent of high school), John von Neumann had become well known in the field of mathematics. He started college in 1921 at the University of Budapest and simultaneously attended classes at the University of Berlin. After attending classes for two years, he transferred to the Swiss Federal Institute of Technology and received his chemical engineering degree in 1925. The following year he received a doctorate in mathematics from the University of Budapest. He subsequently taught as an assistant professor at the University of Berlin until 1930. At that time, Princeton University invited him to travel to the United States and lecture on mathematical physics. While at Princeton, the founders of the newly created Institute for Advanced Study asked him to accept a chair in mathematics. Dr. von Neumann became one of the original members of the prestigious institute, where he remained for the rest of his life. His primary area of interest, however, centered on game theorythe study of the conflict between two opponents seeking to arrive at two different goals, each wishing to beat the other.

80. Dr. John Von Neumann At The Dedication Of The NORD
    ENIAC US Army Dr. john von neumann at the dedication of the NORD. Dr.john von neumann speaking on the occasion of the first public  
    http://ftp.arl.mil/~mike/comphist/54nord/
    
    Extractions: ENIAC U. S. Army Dr. John von Neumann speaking on the occasion of the first public showing of the IBM Naval Ordnance Research Calculator (NORD) December 2, 1954. The complete speech appears in von Neumann's collected works, vol. V, MacMillan 1961. I digitized it from a cassette tape provided by Dr. Goldstine. I made a DAT copy of the cassette at 48,000 kHz stereo 16-bit linear encoding, Which I then loaded into an SGI workstation and used SOUNDFILER to crunch it down to 8 kHz mono in 8-bit mu-law encoding. Part 1 Mr. President, Mr Chairman, President ?Church, Mr. and Mrs. Watson, ? Julia, ladies and gentlemen, let me thank you first of all for a very kind introduction. I don't know how to comment on it. I first of all hope that I'm, and I know for sure that I'm expressing the same sentiment which everybody who has been involved in this thinking about computing machines, using computing machines, expecting to use computing machines, probably feels at this moment, namely, a sense of an obligation to express our admiration and our felicitation both to the U. S. Navy and to the IBM Corporation for having asked for the NORD, for having produced it, for having in common deliberations and decisions had to set standards as remarkably high as they were set ... and for having brought off this really remarkable achievement. I will say a few things about the importance of NORD, about what we hope it will do, and what it's significance in this development is. To talk about the significance of this development one first has to visualize what it's position in this development is.

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