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Shannon Claude: more books (61)

Mathematical Theory of Communication 1st Edition by Claude E. Shannon and Warren Weaver, 1949
A symbolic analysis of relay and switching circuits by Claude Elwood Shannon, 1952
Ein / Aus by Claude E. Shannon, 2000
Claude Elwood Shannon: Miscellaneous writings by Claude Elwood Shannon, 1993
S-Box: Cryptography, Symmetric-Key Algorithm, Block Cipher, Ciphertext, Claude Shannon, Confusion and Diffusion, Bit, Twofish, Key, Bruce Schneier, International Data Encryption Algorithm
CLAUDE E. SHANNON by CLAUDE E. SHANNON, 1993
Claude E. Shannon - Collected Papers by CLAUDE E. SHANNON, 1993
The Mathmatical Theory of Communication by Claude E./ Weaver, Warren Shannon, 1964
Programming a computer for playing chess by Claude Elwood Shannon, 1949
Communication in the presence of noise by Claude E Shannon, 1949
The Mathematical Theory of Communication by Claude, Warren Weaver Shannon, 1959
Automata studies (Annals of mathematical studies;no.34) by Claude Elwood Shannon, 1956
Miscellaneous writings by Claude Elwood Shannon, 1994
Introduction to Simulation Using Siman by Robert E. Shannon, Randall P. Sadowski, C. Dennis Pegden Claude Dennis Pegden, 1995

lists with details

Shannon Statue Dedications
Statues of of claude shannon in Gaylord, Michigan and at the Universityof Michigan. /head body text= bgcolor=
http://www.eecs.umich.edu/shannonstatue/

Extractions: At noon on a beautiful day in early November, approximately two hundred members of the University of Michigan Community attended the dedication of a Eugene Daub statue of Claude Elwood Shannon at the west entrance to the EECS Building on the North Campus of the University of Michigan in Ann Arbor, Michigan. Claude E. Shannon was a University of Michigan graduate BSE EE '36, BSE Math '36. His legendary 1948 paper, "The Mathematical Theory of Communication" unveiled the vast potential for digital communications and inspired virtually all of the work in digital communications that followed. He is also famous for his work on cryptography, the sampling theorem, and the discovery of the relevance of Boolean algebra to logic circuit design. He is considered to be one of the people most responsible for ushering in the digital age. To learn more about Shannon and his work, consider these
Lexikon Claude Elwood Shannon
claude Elwood shannon aus der freien
http://lexikon.freenet.de/Claude_Shannon

Extractions: Sie sind hier: Startseite Lexikon Claude Elwood Shannon Claude Elwood Shannon 30. April in Petoskey Michigan 24. Februar in Medford Massachusetts ) war ein US-amerikanischer Mathematiker . Er gilt als Begr¼nder der Informationstheorie Claude Elwood Shannon Shannon wuchs in Petoskey , Michigan, auf, welches oft auch als Geburtsort angegeben wird. Sein Vater war Gesch¤ftsmann, seine Mutter Sprachlehrerin. W¤hrend seiner High School -Zeit arbeitete er auch als Bote f¼r die Western Union . Er war ein Mitglied der Studentenverbindung Tau Beta Pi Er folgte seiner Schwester Catherine an die University of Michigan . Sie schloss in jenem Jahr das Mathematikstudium ab und er begann ein Elektroingenieur- und Mathematikstudium. wechselt er mit einem Abschluss in Mathematik und Elektrotechnik an das MIT . In seiner Abschlussarbeit zum Master in Elektrotechnik
New Page 1
Information Processing Group claude shannon, Father of Video claude shannon Father of the Information Age . It is difficult to overstate the importance of claude shannon s contributions to the field of
http://www.ieee.org/organizations/history_center/legacies/shannon.html

Extractions: Claude Elwood Shannon , Donner Professor of Science at the Massachusetts Institute of Technology, has, in a long and celebrated career, developed the mathematical theories and techniques that make possible the analysis of switching circuits, computers and communications. His most significant piece of work is "A Mathematical Theory of Communication," published in two parts in the Bell System Technical Journal in 1947-48. With this paper, Shannon laid down the theoretical foundation for communications engineering-a kind of "thermodynamics of communications" which, up to that time had been missing. In opening a new mathematical field for engineering applications, Shannon's work compares only to that of Norbert Wiener in the theory of time series and to that of Von Neumann and Morgenstern in the theory of games. Of equal importance has been the impact of Shannon's definitions, his model of the communications process and his theory on scientists and engineers concerned with human communications. In particular, Shannon's measure of information has found wide use in experimental psychology.
Shannon-Weaver Model
are turned back into sound waves by the phone at the other end of the line. claude shannon and Warren Weaver produced a general model of communication
http://www.cultsock.ndirect.co.uk/MUHome/cshtml/introductory/sw.html

Extractions: Please note: The Shannon-Weaver model is typical of what are often referred to as transmission models of communication. For criticisms of such models, you should consult the section on criticisms of transmission models If you have looked through the examples of typical everyday forms of communication , you will have noticed that some of the examples refer to less immediate methods of communication than face-to-face interaction, e.g. using the radio, newspapers or the telephone. In these cases, technology is introduced. When, for instance, the telephone is used, you speak, the phone turns the sound waves into electrical impulses and those electrical impulses are turned back into sound waves by the phone at the other end of the line. Claude Shannon and Warren Weaver produced a general model of communication This is now known after them as the Shannon-Weaver Model. Although they were principally concerned with communication technology The Shannon-Weaver Model (1947) proposes that all communication must include six elements: These six elements are shown graphically in the model. As Shannon was researching in the field of information theory, his model was initially very technology-oriented. The model was produced in 1949, a year after Lasswell's and you will immediately see the similarity to the
Claude Shannon
Translate this page Encyclopedia claude shannon. Keywords claude shannon, 1916, 1932, 1936, 1937, 1938, 1940, 1948, 1950. Imagenshannon.jpg claude Elwood shannon
http://encyclopedie-es.snyke.com/articles/claude_shannon.html

Extractions: Claude Elwood Shannon Claude Elwood Shannon 30 de abril de Michigan 24 de febrero de ) recordado como "el padre de la teora de la informaci³n Los primeros a±os de su vida los pas³ en Gaylord, donde se gradu³ de la secundaria en . Desde joven, Shannon demostr³ una inclinaci³n hacia las cosas mec¡nicas. Resaltaba respecto a sus compa±eros en las asignaturas de ciencias. Su h©roe de la ni±ez era Edison , a quien luego se acerc³ bastante en sus investigaciones. En ingres³ en la Universidad de Michigan, siguiendo a su hermana Catherine, Doctora en matem¡ticas. En obtuvo los titulos de ingeniero el©ctrico y matem¡tico . Su inter©s por las matem¡ticas y la ingeniera continu³ durante toda su vida. En 1936 acept³ la posici³n de asistente de investigaci³n en el departamento de ingeniera el©ctrica en el Instituto de Tecnologa de Massachusetts (MIT). Su situaci³n le permiti³ continuar estudiando mientras trabajaba por horas para el departamento, obteniendo como resultado la calculadora m¡s avanzada de esa era. En ese momento surgi³ su inter©s hacia los circuitos de relevadores complejos, sumado a su gusto por la
As Others See Us
Mathematician claude shannon died on Saturday February 22, aged 84, after a long struggle with Alzheimer s disease. But his intellectual legacy will live on
http://www.maa.org/devlin/devlin_3_01.html

Extractions: Search MAA Online MAA Home March 2001 Mathematician Claude Shannon died on Saturday February 22, aged 84, after a long struggle with Alzheimer's disease. But his intellectual legacy will live on as long as people communicate using phone and fax, log on to the Internet, or simply talk about "information" as a commodity that can be measured in "bits" and shipped from place to place. The approach to information and communication Shannon laid out in his groundbreaking paper "A Mathematical Theory of Communication," published in the Bell System Technical Journal in 1948, and republished virtually unchanged in the pamphlet The Mathematical Theory of Communication he wrote with Warren Weaver the following year (published by the University of Illinois Press) remain current to this day. (Note how the "a" of his paper became "the" in the Shannon-Weaver version.) Shannon was born in Michigan in 1916. After obtaining degrees in both mathematics and engineering at the University of Michigan, he went to MIT to pursue graduate studies in mathematics. There he came into contact with some of the men who were laying much of the groundwork for the information revolution that would take off after the Second World War, notably the mathematician Norbert Wiener (who later coined the term cybernetics for some of the work in information theory that he, Shannon, and others did at MIT and elsewhere) and Vannevar Bush, the dean of engineering at MIT (whose conceptual "Memex" machine foretold the modern World Wide Web and whose subsequent achievements included the establishment of the National Science Foundation).
Scientific American: Claude E. Shannon: Founder Of Information Theory
claude E. shannon Founder of Information Theory. By Graham P. Collins. With the fundamental new discipline of quantum information science now under
http://cispom.boisestate.edu/murli/links/ShannonSciAm.htm

Extractions: Scientific American October 14, 2002 Claude E. Shannon: Founder of Information Theory By Graham P. Collins With the fundamental new discipline of quantum information science now under construction, it's a good time to look back at an extraordinary scientist who single-handedly launched classical information theory Quantum information science is a young field, its underpinnings still being laid by a large number of researchers [see "Rules for a Complex Quantum World," by Michael A. Nielsen; Scientific American , November 2002 ]. Classical information science, by contrast, sprang forth about 50 years ago, from the work of one remarkable man: Claude E. Shannon. In a landmark paper written at Bell Labs in 1948, Shannon defined in mathematical terms what information is and how it can be transmitted in the face of noise. What had been viewed as quite distinct modes of communicationthe telegraph, telephone, radio and televisionwere unified in a single framework. Shannon was born in 1916 in Petoskey, Michigan, the son of a judge and a teacher. Among other inventive endeavors, as a youth he built a telegraph from his house to a friend's out of fencing wire. He graduated from the University of Michigan with degrees in electrical engineering and mathematics in 1936 and went to M.I.T., where he worked under computer pioneer Vannevar Bush on an analog computer called the differential analyzer.
MIT News Office Site Redirect
CAMBRIDGE, Mass. MIT Professor Emeritus claude E. shannon, known as the father of modern digital communications and information theory, died Saturday,
http://web.mit.edu/newsoffice/nr/2001/shannon.html
Boing Boing: Wonderful Automaton Based On Idea By Claude Shannon
Wonderful automaton based on idea by claude shannon Onoff 1 Information theory pioneer claude shannon was a master toy maker. (See Boing Boing entries about
http://www.boingboing.net/2005/07/19/wonderful_automaton_.html

Extractions: Information theory pioneer Claude Shannon was a master toy maker. (See Boing Boing entries about his juggling robots here). Here's a box someone built based on Shannon's idea. When you push a red knob on the box, the lid opens and a hand comes out and pulls the knob, causing the lid to close. There's a video of the box in action on the site.
Laurie Spiegel - An Information Theory Based Compositional Model
shannon, claude E., A Mathematical Theory of Communication , Bell System Technical shannon, claude E., Communications in the Presence of Noise ,
http://retiary.org/ls/writings/info_theory_music.html

Extractions: May, 1997 Put simply, information theory[1] is a mathematical theory of how to optimize a signal for communication in a noisy channel and of how communication degrades in such a medium. My piece on the accompanying LMJ cd is an example of its musical use. To understand its application, let's start simply by putting a basic melodic pattern of 16 pitches into a digital array from which they can be played as notes. On first hearing, it's pure information. Every note we hear is informative, unpredictable, not just confirming something heard before. Its entropy, or informational content, is high. But it falls far short of being a musical composition. It lacks development, evolution, and form. Our sequence offers little pleasure and contains no means of conveying emotions through sameness and difference, anticipation, prediction, surprise, disappointment, reassurance, or return. Next, repeat the pattern cyclicly. At first this feels more musical. But the longer we listen, the more boring it becomes. Our sense of anticipation grows as we wait for something more, for change, uncertainty, the unpredictable, the resumption of information. The average entropy over the whole "block" of this listening session continues to dwindle toward the infinitesimal with each additional repetition. It's completely redundant, providing nothing unforeseen. The data is reassuringly hard to miss or forget, but we're certain what each note will be before we hear it.
Claude E. Shannon And Warren Weaver / The Mathematical Theory Of Communication
claude shannon s major precept, that all communication is essentially digital, claude E. shannon, retired from his position as research mathematician at
http://www.press.uillinois.edu/s99/shannon.html

Extractions: Few books have had as lasting an impact or played as important a role in our modern world as The Mathematical Theory of Communication. Claude Shannon's major precept, that all communication is essentially digital, is now so commonplace among the modern digitalia that many wonder why Shannon needed to state such an obvious axiom. Long regarded as a classic, The Mathematical Theory of Communication appears here in a special fiftieth anniversary edition. "Before this there was no universal way of measuring the complexity of messages or the capabilities of circuits to transmit them. Shannon gave us a mathematical way . . . invaluable . . . to scientists and engineers the world over." Scientific American CLAUDE E. SHANNON , retired from his position as research mathematician at the Bell Telephone Laboratories, was Donner Professor of Science at the Massachusetts Institute of Technology from 1958 to 1978. WARREN WEAVER , now deceased, had a distinguished career in academic, government, and foundation work.
[JargonF - Dictionnaire Informatique] Définition De Shannon, Claude
http://www.linux-france.org/prj/jargonf/S/Shannon,_Claude.html

Extractions: Vous êtes ici : linux-france.org projets jargonf S > Shannon, Claude : np. personne ] (1916-2001). Mathématicien américain ayant publié sa « Théorie mathématique de l'information » en 1948. C'est cette théorie qui a servi de fondement aux communications modernes. Voir bit Articles voisins : Shadock shadowing shadow key Shadowman ... SHDSL Dern. modif. : 03-03-2001. . Sommaire . À propos . Thèmes . Chronologie ... . Courrier A B C D ... Divers Tous droits réservés Roland Trique - Le Jargon Français 1995-2005. Version 3.4.109 du 17/02/2005.
Biographies
shannon, claude (1916 2001). Appeared in Lecture 13. In 1936, claude shannon graduated from University of Michigan with Bachelor degrees in Electrical
http://www-2.cs.cmu.edu/~15251/Biographies/index.htm.save

Extractions: leib Short biographies of famous mathematicians and computer scientists mentioned in class, along with links to more information about them. picture taken from Eric's Treasure Troves Appeared in: Lecture 7 Euclid's greatest accomplishment was the Elements , his 13-chapter book outlining everything he knew about geometry. He based all of his geometrical theorems on just five postulates, making the work very rigorous and complete, but for two millenia mathematicians wondered if the fifth postulate (the so-called "Parallel Postulate") could in fact be derived from the other four. This was finally answered (in the negative) by Lobachevsky, Bolyai, and Gauss, leading to the branch of mathematics we now call Non-Euclidean Geometry More... Appeared in: Lecture 9 Al-Karaji's work centered around algebra and polynomials, giving rules for arithmetic operations to manipulate polynomials. Woepcke describes his work as introducing the "theory of algebraic calculus". Stemming from this, Al-Karaji investigated binomial coefficients and Pascal's triangle. Additionally, Al-Karaji used induction to prove his results. More...
Invent Now | Hall Of Fame | Induction | 2004 Inductees
claude shannon produced one of the great conceptual breakthroughs of his generation with the publication of his seminal work, A Mathematical Theory of
http://www.invent.org/hall_of_fame/1_3_0_induction_shannon.asp

Extractions: hi-res full release Claude Shannon produced one of the great conceptual breakthroughs of his generation with the publication of his seminal work, A Mathematical Theory of Communication. It laid the foundations of information theory, explaining that binary digits - which he first called ``bits'' - could carry information in a digital form. This radical idea led directly to the wide range of digital inventions so common today, from cell phones and CDs to cameras and computers. By showing how information could be manipulated in a precise, mathematical way, he gave engineers what experts have called ``a blueprint for the digital age.'' Shannon was born in Gaylord, Michigan. He earned his B.S. degree from the University of Michigan in 1936; he then went on to MIT, where he received an M.S. in electrical engineering and a Ph.D. in mathematics. While at MIT, he worked under Vannevar Bush on the differential analyzer, an early analog device that was the most powerful computer of its day, but ultimately made obsolete by the more powerful digital devices envisioned by Shannon. He was the recipient of many honors, including the Institute of Electrical and Electronics Engineers Medal of Honor, the Kyoto Prize and the National Medal of Science.
Computer Sweden - Sveriges IT-tidning - Dagliga Nyheter Om It, Internet, Datorer
shannon, claude amerikansk matematiker (1916-2001). claude shannon blev doktor i matematik vid MIT 1941 och anställdes 1941 vid Bell Labs,
http://computersweden.idg.se/tjanster/sprakwebb/ord.asp?ord=Shannon, Claude
Claude Shannon
shannon analyzed a communication system in terms of an information source has in chooseing among shannon was born in Gaylord,Mich.,on April 30 ,1916.
http://web.sfc.keio.ac.jp/~masanao/Mosaic_data/shannon.html

Extractions: Profile American applied mathematician,who in 1948 while working at Bell Telephone Laboratories development a mathematical theory of communication later known as "information theory". It has fundamental importance in problems of communication, and it opened new paths of reseach in pure mathematics. Shannon analyzed a communication system in terms of an information source has in chooseing among elemnts of a language to compose a given message. Shannon was born in Gaylord,Mich.,on April 30 ,1916. He graduated from the University of Mishigan in 1936 and from the Massachusetts Institute of Technology (Ph.D.,1940).After working for Bell Laborations from 1941 to 1957,he became a professor of science at MIT in 1958.See also Information Theory. Models of communication Digital Media Ambience and Collaborative Research
Nat' Academies Press, Funding A Revolution: Government Support For Computing Res
shannon, claude E. 1938. A Symbolic Analysis of Relay and Switching Circuits, shannon, claude E. 1993. Collected Papers, NJA Sloane and AD Wyner, eds.
http://books.nap.edu/openbook/0309062780/html/262.html

Extractions: Openbook Linked Table of Contents Front Matter, pp. i-xxvi Executive Summary, pp. 1-14 1 Introduction, pp. 15-39 2 Economic Perspectives on Public Support for Research, pp. 40-51 3 Federal Support for Research Infrastructure, pp. 52-84 4 The Organization of Federal Support: A Historical Review, pp. 85-135 5 Lessons From History, pp. 136-156 6 The Rise of Relational Databases, pp. 157-168 7 Development of the Internet and the World Wide Web, pp. 169-183 8 Theoretical Research: Intangible Cornerstone of Computer S..., pp. 184-197 9 Development in Artificial Intelligence, pp. 198-225 10 Virtual Reality Comes of Age, pp. 226-249
Claude Shannon Bios
I am interested in claude shannon for a more personal reason. claude shannon was educated at Michigan University, where he earned his bachelor of
http://www.utexas.edu/coc/journalism/SOURCE/j363/shannon.html

Extractions: Introduction Humble beginnings Education Theoretical contributions Information source Transmitter Signal + Received signal Receiver Destination (message sent) (message received) Furthermore, Shannon developed an explanatory concept of balancing entropy and redundancy to achieve efficiency in the communication process. This would be the other half of his climactic achievements. The concept of entropy, as noise in a channel, and its effect on communications aided the understanding of and the progress towards improving information transmission. Basically, the increase in noise causes a greater need for redundancy, which reduces the relative entropy of the message. However, redundancy in turn reduces the amount of information that can be transmitted in a given time. The idea, then, is to somehow balance the two antagonizing elements to achieve utmost efficiency from the total system. Here is my non-scientific analogy: Compare the communication system mentioned above to the classroom setting, perhaps J363 at the University. The more conversational dialogue (
Golem.de - Lexikon
Translate this page Dieser Artikel basiert auf dem Artikel claude Elwood shannon aus der freien Enzyklopädie claude Elwood shannon shannon wuchs in Petoskey, Michigan, auf,
http://lexikon.golem.de/Claude_Shannon

Extractions: News Forum Archiv Markt ... Impressum Lexikon-Suche Lizenz Dieser Artikel basiert auf dem Artikel Claude Elwood Shannon aus der freien Enzyklopädie Wikipedia und steht unter der GNU Lizenz für freie Dokumentation . In der Wikipedia ist eine Liste der Autoren verfügbar, dort kann man den Artikel bearbeiten Letzte Meldungen IFA: Veranstalter und Aussteller hochzufrieden Sanyo-Projektor PLV-Z4: Leise und kontraststark ... Originalartikel Weitergeleitet von Claude Elwood Shannon 30. April in Petoskey Michigan 24. Februar in Medford Massachusetts ) war ein US-amerikanischer Mathematiker Informationstheorie Bild: Shannon 2.jpeg Shannon wuchs in Petoskey High School Western Union . Er war ein Mitglied der Studentenverbindung Tau Beta Pi Er folgte seiner Schwester Catherine an die University of Michigan . Sie schloss in jenem Jahr das Mathematikstudium ab und er begann ein Elektroingenieur- und Mathematikstudium. wechselt er mit einem Abschluss in Mathematik und Elektrotechnik an das MIT . In seiner Abschlussarbeit zum Master in Elektrotechnik
Claude E. Shannon - Perlentaucher.de, Kultur Und Literatur Online
Translate this page shannon, claude E. Ein/Aus. Ausgewählte Schriften zur Kommunikation- und Der amerikanische Mathematiker claude Elwood shannon (1916-2001),
http://www.perlentaucher.de/autoren/5740.html

Extractions: Zu den Inhalten Warum sieht der Perlentaucher so merkwürdig aus? Home Bücher ... Markt Autorenverzeichnis A B C D ... Z google_ad_client = "pub-8495454810892399"; google_ad_width = 180; google_ad_height = 150; google_ad_format = "180x150_as"; google_ad_type = "text_image"; google_ad_channel =""; google_color_border = "CCCCCC"; google_color_bg = "FFFFFF"; google_color_link = "000000"; google_color_url = "666666"; google_color_text = "333333"; Keine Biografie vorhanden! Brinkmann und Bose Verlag, Berlin 2000, ISBN 3922660681, Gebunden, 334 Seiten, 40,90 EUR Herausgegeben von Friedrich Kittler, Peter Berz, David Hauptmann und Axel Roch. Der amerikanische Mathematiker Claude Elwood Shannon (1916-2001), gilt als Begründer der modernen Informationstheorie. Der vorliegende Band versammelt zum ersten Mal die wichtigsten Arbeiten des großen Theoretikers und folgt den vielseitigen kulturellen und medientechnischen ... mehr lesen Schnellsuche

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