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GND: 121144909


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The information on the author is retrieved from: Entity Facts (by DNB = German National Library data service), DBPedia and Wikidata

András Prékopa


Prof. Dr.

B: 1929
Biblio: Computer & Automation Inst., Hungarian Acad. of Sciences;b. 9/11/29 ; Mathematiker
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Profession

  • Mathematiker
  • Hochschullehrer
  • Affiliations

  • Rutgers Center for Operations Research
  • Rutgers University
  • External links

  • Gemeinsame Normdatei (GND) im Katalog der Deutschen Nationalbibliothek
  • Bibliothèque nationale de France
  • Wikipedia (English)
  • Deutsche Digitale Bibliothek
  • NACO Authority File
  • Virtual International Authority File (VIAF)
  • Wikidata
  • International Standard Name Identifier (ISNI)


  • Prizes in Economics

    1978 - Fellow of the Econometric Society

    András Prékopa (September 11, 1929 – September 18, 2016) was a Hungarian mathematician, a member of the Hungarian Academy of Sciences. He was one of the pioneers of stochastic programming and has been a major contributor to its literature. He amended one of the three basic model types of the discipline, chance-constrained programming, by taking into account stochastic dependence among the random variables involved. One of his main results in the area concerns the convexity theory of probabilistically constrained stochastic optimization problems. He introduced the concept of logarithmic concave measures and provided several fundamental theorems on logconcavity, which supplied proofs for the convexity of a wide class of probabilistically constrained stochastic programming problems. These results had impact far beyond the area of mathematical programming, as they found applications in physics, economics, statistics, convex geometry and other fields. (Source: DBPedia)

    Publishing years

    1
      2018
    1
      2017
    2
      2016
    3
      2015
    2
      2013
    3
      2012
    1
      2011
    1
      2008
    1
      2004
    3
      1976

    Series

    1. Colloquia mathematica Societatis János Bolyai (3)