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Kolmogorov Andrey:     more detail

Stalin Prize Winners: Andrei Sakharov, Sergei Eisenstein, Mikhail Kalashnikov, Dmitri Shostakovich, Léon Theremin, Andrey Kolmogorov Information Theorists: Claude Shannon, Gregory Chaitin, Andrey Kolmogorov, David A. Huffman, Richard Hamming, Harry Nyquist, Elwyn Berlekamp Soviet Mathematicians: Andrey Kolmogorov, Vladimir Arnold, Vladimir Steklov, Mikhail Lavrentyev, Grigori Perelman, Israel Gelfand Control Theorists: Claude Shannon, Aleksandr Lyapunov, Andrey Kolmogorov, Kevin Warwick, Norbert Wiener, List of People in Systems and Control Moscow State University Faculty: Andrey Kolmogorov, Mikhail Lomonosov, Vladimir Arnold, Pavel Samuilovich Urysohn, Lev Landau, Igor Tamm Russian Statisticians: Andrey Kolmogorov, Pafnuty Chebyshev, Ladislaus Bortkiewicz, Yuri Linnik, Oskar Anderson Moscow State University Alumni: Mikhail Gorbachev, Andrei Sakharov, C. A. R. Hoare, Anton Chekhov, Imre Lakatos, Andrey Kolmogorov Russian Mathematicians: Andrey Markov, Aleksandr Lyapunov, Andrey Kolmogorov, Vladimir Arnold, Grigory Barenblatt, Vladimir Voevodsky Probability Theorists: Blaise Pascal, Claude Shannon, Abraham de Moivre, Daniel Bernoulli, Andrey Markov, Andrey Kolmogorov, Jacob Bernoulli Kolmogorov, Heyting and Gentzen on the intuitionistic logical constants *.: An article from: Crítica by Gustavo Fernandez Diez, 2000-12-01 Probability Space: Probability Theory, Randomness, Sample Space, Event, Sigma-Algebra, Measure, Probability Axioms, Andrey Kolmogorov Andrey Kolmogorov: Probability theory, Topology, Intuitionistic logic,Turbulence, Classical mechanics, Computational complexitytheory, Kolmogorov backward equation, Probability axioms

lists with details

81. On The Shoulders Of Giants We See Further
    Kailath, Thomas. Kalman, Rudolph. Koch, Christoph. Kohonen, Teuvo. kolmogorov, andrey.Kosko, Bart. Kramer, Stefan. Kung, SunYun. LeCun, Yann. Lee, Daniel. Lee Te-Won.  
    http://soma.crl.mcmaster.ca/~zhechen/scindex.htm
    
    Extractions: Index of Hall of Fame Mathematicians, Computer Scientists, Neuroscientists Alphabetical order Abu-Mostafa, Yaser Amari, Shun-ichi Anderson, James Arbib, Michael Atiya, Amir Barron, Andrew Baum, Eirc Becker, Sue Bell, Anthony Bengio, Yoshua Bertsekas, Dimitri Bishop, Christopher Bottou, Leon Bourlard, Herve Burges, Christopher Caianiello, Eduardo Cardoso, Jean-Francois Carpenter, Gail Casasent, David Chen, Tian-ping Cherkassky, Vladimir Churchland, Patricia Cichocki, Andrzej Cohen, Michael Cooper, Leon Cottrell, Gary Cover Thomas Cowan, Jack Crick, Francis Cybenko, George Dayan, Peter de Freitas, Nando Douglas, Scott Elman, Jeffrey Fahlman, Scott Feldkamp, Lee Feldman, Jerome Fogel, David Freeman, Walter Frey, Brendan Friedman, Jerome Fukushima, Kunihiko Gabor, Dennis Ghahramani, Zoubin Ghosh, Joydeep Giles, Lee Girosi, Federico Goodman, Rodney Grossberg, Stephen Haken, Hermann Hanson, Stephen Hassibi, Babak Hastie, Trevor Haussler, David Haykin, Simon Hebb, Donarld Hecht-Nielson, Robert Hinton, Geoffrey Hopfield, John

82. Greg Harfst's Home Page: Kolmogorov Complexity
    It has the name kolmogorov because andrey Komogorov, a celebrated Russian Mathematician,Computer Scientist and more of the 20th century laid down the  
    http://nms.lcs.mit.edu/~gch/kolmogorov.html
    
    Extractions: Since my friend Adam Tuckerman referred to Kolmogorov Complexity as "Crackerjack Complexity," and asked, "Don't Kolmogorovs live in caves and eat wayward travelers?" I decided to create this page as an attempt to explain for family and friends. Put simply, the Kolmogorov Complexity of an object is the length of the shortest computer program that runs on a computer and outputs that object. So if you can code up a very short program to output a very long number, then that number would not be considered complex. For example, the number 1 followed by 256 zeros would not be very complex because a simple loop could output all of those zeros. It has the name "Kolmogorov" because Andrey Komogorov , a celebrated Russian Mathematician, Computer Scientist and more of the 20th century laid down the theory's foundation. There were other extremely important contributors, but his name grabbed the title. I'll elaborate for any interested people. By "object" we denote something that can be described by the ones and zeros inside the computer. We must fix a reference computer and computer language because program length will vary depending on the language. Fortunately a fundamental result of theoretical computing is that this variance cannot be more than a some constant amount, dependent on the two languages under question, but independent of the program. The quickest way of believing this is to notice that in one language we can write an interpreter for the second language, which has some constant length. This interpreter will be able to run any program of the second language.

83. [FOM] Interesting Book
    Felix 6 Hilbert, David 40 Huygens, Christiaan 21 Jacobi, Carl 17 Jordan, Marie 11Khayyam, Omar 13 Klein, Christian 22 kolmogorov, andrey 4 Kovalevkaya, Sonya  
    http://www.cs.nyu.edu/pipermail/fom/2003-December/007780.html

84. Andrey Nikolaevich Kolmogorov - Travel And Information System
    Main Page , andrey Nikolaevich kolmogorov. Photographs and Portraits ofAN kolmogorov. Biography of andrey Nikolaevich kolmogorov at the St.  
    http://www.voyagenow.com/travel-references/en/wikipedia/a/an/andrey_nikolaevich_
    
    Extractions: Country Argentina Australia Austria Bahamas Belgium Brazil Cambodia Canada China Cuba Denmark Egypt Finland France French Polynesia Germany Greece Guatemala Guinea Hong Kong Hungary Indonesia Irish Republic Italy Japan Luxembourg Macau Malaysia Mexico Morocco Netherlands New Zealand Norway Portugal Russia Saudi Arabia Singapore South Africa Spain Sweden Switzerland Thailand Turkey United Arab Emi rates United Kingdom United States Vietnam City Worldwide Hotels: Click here to select Main Page Andrey Nikolaevich Kolmogorov April 25 October 20 ) was a Russian mathematician who made major advances in the fields of probability theory and topology . He worked early in his career on intuitionistic logic , and Fourier series . He also worked on turbulence , and classical mechanics ; and was a founder of algorithmic complexity theory Quote: "The theory of probability as mathematical discipline can and should be developed from axioms in exactly the same way as Geometry and Algebra."

85. The Mathematics Genealogy Project - Andrei Kolmogorov
    Andrei Nikolayevich kolmogorov Ph.D. Moscow State University 1925. M. Millionshchikov,Moscow State University, andrey Monin, Moscow State University, 1.  
    http://www.genealogy.ams.org/html/id.phtml?id=10480

86. Kolmogorov Portraits
    JOC/EFR August 2001 The URL of this page is © Copyright information. http//wwwhistory.mcs.st-andrews.ac.uk/history/PictDisplay/kolmogorov.html.  
    http://www-gap.dcs.st-and.ac.uk/~history/PictDisplay/Kolmogorov.html

87. Kolmogorov
    The Legacy of Andrei Nikolaevich kolmogorov, April 25, 1903 October 20, 1987. Curriculum Vitae and Biography. kolmogorov School. Ph.D. students and descendants of A. N. kolmogorov. A.N.  
    http://www.kolmogorov.com/

88. Topics In Kolmogorov Complexity
    Topics in kolmogorov Complexity, Seminar 236804. kolmogorov, AndreyNikolayevich. Instructor Ran ElYaniv Office 526, Phone 829  
    http://www.cs.technion.ac.il/~tzach/Kolmogorov/
    
    Extractions: Lecture hour: Sunday 12:30-14:30, Taub 8 Kolgmogorov complexity is a deep and sophisticated theory that provides the means to measure the intrinsic information in objects via their algorithmic description length. It applies to a wide range of areas including theory of computation, combinatorics, inductive reasoning and machine learning. In this seminar we will cover the basics and some applications of Kolmogorov complexity. The main text for this seminar will be An introduction to Kolmogorov complexity and its applications by Li and Vitanyi. each student is required to give an individual presentation, submit a short article summarizing his/her presentation, read all the seminar articles and background material, and is expected to attend all the classes and contribute to the discussions. All these components will contribute to the seminar?s final mark. Specifically, to get a full mark, students have to successfully complete the following tasks: Reading: All students are required to read all relevant lecture material before attending the lectures. At least a week before each presentation the presenting student is responsible to distribute all relevant material to his/her talk.

89. Andrei Nikolajewitsch Kolmogorow | Mathe Board Lexikon
    Translate this page Neben seiner wissenschaftlichen Arbeit engagiert kolmogorov sich sehr für die Förderungbegabter Kinder, so eröffnet unter seiner Initiative an der Moskauer  
    http://www.matheboard.de/lexikon/index.php/Andrei_N._Kolmogorov
    
    Extractions: Startseite Mathe Board Lexikon Mathe Tools ... Partner Das Mathe Board: Kostenlose Nachhilfe in Mathematik von der Grundschule bis zur Hochschule. A B C D ... Z Definition, Erklärung, Bedeutung Verbessern Mitmachen Andrei Nikolajewitsch Kolmogorow 25. April in Tambow 20. Oktober in Moskau ) war einer der bedeutendsten Mathematiker des 20. Jahrhundert s. Kolmogorow leistete wesentliche Beiträge auf den Gebieten der Wahrscheinlichkeitstheorie und der Topologie , er gilt als der Gründer der Algorithmischen Komplexitätstheorie . Seine bekannteste mathematische Leistung war die Axiomatisierung der Wahrscheinlichkeitstheorie. Als Student arbeitete (und publizierte) er außerdem über Logik und Fourierreihe n, später auch über Turbulenz und klassische Mechanik Kolmogorows Mutter stirbt bei seiner Geburt am 25. April im russischen Tambow, sein Vater verlässt ihn, so dass er von der Schwester seiner Mutter, Vera, großgezogen wird. Nach dem Umzug (1910) nach Moskau und dem Besuch eines privaten, nach der Revolution öffentlichen Gymnasiums schließt er 1920 die Schule ab und besucht die Universität Moskau sowie parallel dazu das Mendelejew-Instutut. Neben Mathematik studiert er russische Geschichte und Metallurgie. 1922 publiziert Kolmogorow erste Ergebnisse in der Mengentheorie und 1923 in der Fourieranalysis Une série de Fourier-Lebesgue divergente presque partout ). Er erlangt internationale Bekanntheit. Er veröffentlicht acht Arbeiten über

90. DataCompression.info - People
    This page appears to be slated for removal. Complexity. kolmogorov, AndreyNikolayevich, Rate, A short bio of the famous Russian mathematician.  
    http://datacompression.info/People.shtml
    
    Extractions: Gordon is the author of DMC and many publications related to data compression. This is is home page, which has links to much of his work. Radford Neal's Home Page Rate Radford Neal is a professor at the University of Toronto. One of his research interests is data compression, and his name appears on a couple of seminal papers on arithmetic coding. Links to papers can be found here. Jeff Gilchrist This is Jeff Gilchrist's home page. Jeff is the curator of the Archive Compression Test, which presumably keeps him busy. Burrows-Wheeler Transformation / Block Sorting (BWT) Jürgen Abel has done an enormous amount of research on the Burrows-Wheeler Transform, and has published the results on his web site. On this page you will find: A summary of this compression technique. Links to over 70 online papers. Links to at least that many people involved in BWT research or development. Extensive links to BWT source code.

91. BiblioDb
    Translate this page Keynes, John Maynard. Keynes, John Neville. Knight, Frank H. kolmogorov, AndreyNikolayevich. Law, John. Leijonhufvud, Axel. Lintner, John. Lorentz, Hendrik Antoon.  
    http://aleasrv.cs.unitn.it/bibliodb.nsf/Pernome?OpenForm

92. Probability Axioms - Reference Library
    hold. These axioms are known as the kolmogorov axioms, after Andreykolmogorov who developed them. Lemmas in probability. From these  
    http://www.campusprogram.com/reference/en/wikipedia/p/pr/probability_axioms_2.ht
    
    Extractions: Main Page See live article Alphabetical index The probability of some event (denoted ) is defined with respect to a "universe" or sample space of all possible elementary events in such a way that must satisfy the Kolmogorov axioms. Alternatively, a probability can be interpreted as a measure on a sigma-algebra of subsets of the sample space, those subsets being the events, such that the measure of the whole set equals 1. This property is important, since it gives rise to the natural concept of conditional probability . Every set with non-zero probability defines another probability on the space: This is usually read as "probablity of given ". and are said to be independent if the conditional probability of given is the same as the probability of . In the case that the sample space is finite or countably infinite, a probability function can also be defined by its values on the elementary events where Table of contents showTocToggle("show","hide") 1 Kolmogorov axioms

93. Wikino - Andrei Nikolajewitsch Kolmogorow - Lexikon
    Translate this page enAndrey Nikolaevich kolmogorov roAndrey Nikolaevich kolmogorov.Dieser Artikel aus Wikipedia wird durch die GNU FDL lizenziert.  
    http://www.wikino.net/Andrei_N._Kolmogorov.html
    
    Extractions: Andrei Nikolajewitsch Kolmogorow 25. April 20. Oktober in Moskau ) war einer der bedeutendsten Mathematiker des 20. Jahrhunderts . Kolmogorow leistete wesentliche Beiträge auf den Gebieten der Wahrscheinlichkeitstheorie und der Topologie , er gilt als der Gründer der Algorithmischen Komplexitätstheorie . Seine bekannteste mathematische Leistung war die Axiomatisierung der Wahrscheinlichkeitstheorie. Als Student arbeitete (und publizierte) er außerdem über Logik und Fourierreihen , später auch über Turbulenz und klassische Mechanik Kolmogorows Mutter stirbt bei seiner Geburt am 25. April im russischen Tambow, sein Vater verlässt ihn, so dass er von der Schwester seiner Mutter, Vera, großgezogen wird. Nach dem Umzug (1910) nach Moskau und dem Besuch eines privaten, nach der Revolution öffentlichen Gymnasiums schließt er 1920 die Schule ab und besucht die Universität Moskau sowie parallel dazu das Mendelejew-Instutut. Neben Mathematik studiert er russische Geschichte und Metallurgie. 1922 publiziert Kolmogorow erste Ergebnisse in der Mengentheorie und 1923 in der Fourieranalysis ( Une série de Fourier-Lebesgue divergente presque partout ). Er erlangt internationale Bekanntheit. Er veröffentlicht acht Arbeiten über

94. Andrei N. Kolmogorov - Wikipedia
    Translate this page der heute gilt, angegeben. enAndrey Nikolaevich kolmogorov roAndreyNikolaevich kolmogorov. Diskussion Links auf diese Seite  
    http://www.torfkopp.de/keyword/Andrei_N._Kolmogorov.php
    
    Extractions: Andrei Nikolajewitsch Kolmogorow 25. April 20. Oktober in Moskau ) war einer der bedeutendsten Mathematiker des 20. Jahrhunderts . Kolmogorow leistete wesentliche Beiträge auf den Gebieten der Wahrscheinlichkeitstheorie und der Topologie , er gilt als der Gründer der Algorithmischen Komplexitätstheorie . Seine bekannteste mathematische Leistung war die Axiomatisierung der Wahrscheinlichkeitstheorie. Als Student arbeitete (und publizierte) er außerdem über Logik und Fourierreihen , später auch über Turbulenz und klassische Mechanik Kolmogorows Mutter stirbt bei seiner Geburt am 25. April im russischen Tambow, sein Vater verlässt ihn, so dass er von der Schwester seiner Mutter, Vera, großgezogen wird. Nach dem Umzug (1910) nach Moskau und dem Besuch eines privaten, nach der Revolution öffentlichen Gymnasiums schließt er 1920 die Schule ab und besucht die Universität Moskau sowie parallel dazu das Mendelejew-Instutut. Neben Mathematik studiert er russische Geschichte und Metallurgie. 1922 publiziert Kolmogorow erste Ergebnisse in der Mengentheorie und 1923 in der Fourieranalysis ( Une série de Fourier-Lebesgue divergente presque partout ). Er erlangt internationale Bekanntheit. Er veröffentlicht acht Arbeiten über

95. Great Thinkers And Visionaries On The Net
    Make payments with PayPal its fast, secure and FREE! Get $5 to signup + $5 per referal! Sign up with PayPal to support this site  
    http://www.ethologic.com/sasha/thinkers.html
    
    Extractions: to $1000 that you can use to buy books by these authors! Try the experimental new thinkers site here Great Thinkers and Visionaries This is a list of people whose ideas on how and where the world is - and should be - evolving, may be of interest to those who want to understand the frontier of human thought, at least according to my opinion. Originally I created it to give credit to people who influenced my ideas but as it often happens the project took a life of its own. Please enjoy these resources. It would be great if you could support this site or help me improve it . Now you can also take part in the discussions on the Visionaries mailing list or on the Delphi Thinkers Forum

96. Coding and information
    http://perso.wanadoo.fr/jean-paul.davalan/liens/liens_coding.html
    
    Extractions: Votre portail e-Learning SOMMAIRE Pages Web Associations Demos ... Liens EE376A/Statistics 376A: Information Theory Stanford University Winter Quarter 1998-99 IEEE Information Theory Society Iterative Probabilistic Decoding of a Low Density Parity Check Code Demonstration number 1: rate 1/2 code, binary symmetric channel ... Homework and Solutions Stanford Information Theory, Pattern Recognition and Neural Networks Minor option. 16 lectures by David J.C. MacKay January 1998. Source code - LaTeX, perl, C - and data. Theory of Codes Theory of Codes : le manuscrit Yann Ollivier * l'origine de l'entropie Entropy in Information and Coding Theory Chris Hillman In 1948, motivated by the problem of efficiently transmitting information over a noisy communication channel, Claude Shannon introduced a revolutionary new probabilistic way of thinking about communication and simultaneously created the first truly mathematical theory of entropy. Information Theory, Inference and Learning Algorithms

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