Bibliograph

Game theory in action, an introduction to classical and evolutionary models, Stephen Schecter, Herbert Gintis

Type

Label

Game theory in action, an introduction to classical and evolutionary models, Stephen Schecter, Herbert Gintis

Language

eng

Bibliography note

Includes bibliographical references and index

Illustrations

illustrations

Index

index present

Literary Form

non fiction

Main title

Game theory in action

Nature of contents

bibliography

Oclc number

919479400

Responsibility statement

Stephen Schecter, Herbert Gintis

Sub title

an introduction to classical and evolutionary models

Summary

Game Theory in Action is a textbook about using game theory across a range of real-life scenarios. From traffic accidents to the sex lives of lizards, Stephen Schecter and Herbert Gintis show students how game theory can be applied in diverse areas including animal behavior, political science, and economics. The book's examples and problems look at such fascinating topics as crime-control strategies, climate-change negotiations, and the power of the Oracle at Delphi. The text includes a substantial treatment of evolutionary game theory, where strategies are not chosen through rational analysis, but emerge by virtue of being successful. This is the side of game theory that is most relevant to biology; it also helps to explain how human societies evolve. Aimed at students who have studied basic calculus and some differential equations, Game Theory in Action is the perfect way to learn the concepts and practical tools of game theory.--, Provided by Publisher

Table Of Contents

Chapter 1. Backward induction -- Chapter 2. Eliminating dominated strategies -- Chapter 3. Nash equilibria -- Chapter 4. Games in extensive form with incomplete information -- Chapter 5. Mixed strategy Nash equilibria -- Chapter 6. More about games in extensive form with complete information -- Chapter 7. Symmetries of games -- Chapter 8. Alternatives to the Nash equilibrium -- Chapter 9. Differential equations -- Chapter 10. Evolutionary dynamics

Contributor