![Nash equilibrium / Stackelberg competition / Schedule / Discrete mathematics / Minimax / Strategy / Solution concept / Game theory / Problem solving / Mathematics Nash equilibrium / Stackelberg competition / Schedule / Discrete mathematics / Minimax / Strategy / Solution concept / Game theory / Problem solving / Mathematics](https://www.pdfsearch.io/img/c8f6ea1b03984856c5efa75a7787d36c.jpg)
| Document Date: 2011-04-18 16:25:10 Open Document File Size: 1,02 MBShare Result on Facebook
City Ann Arbor / Los Angeles / Toronto / Budapest / IRIS / Mumbai / Taipei / Estoril / / Company Multi-Agent Systems / / Country Taiwan / Hungary / United States / Canada / Portugal / / Currency pence / / / Facility Duke University / Los Angeles International Airport / / IndustryTerm real-world applications / expected utilities / real-world security applications / game-theoretic solutions / polynomial-time algorithm / e - commerce / transportation networks / pseudopolynomial-time algorithm / / Organization Ronald Parr Department of Computer Science / National Science Foundation / Duke University Durham / / Person D. Korzhyk / V / Nash Equilibrium / Vincent Conitzer / C. Kiekintveld / V / Stackelberg / Ronald Parr / / Position model / security game model / player / / ProvinceOrState Nebraska / Massachusetts / / PublishedMedium Games and Economic Behavior / / Technology pseudopolynomial-time algorithm / 1 Introduction Algorithms / alternative algorithm / polynomial-time algorithm / 3.2 Algorithm / The algorithm / /
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