'Game tree' presentation slideshows

Sequential imperfect-information games Case study: Poker

Sequential imperfect-information games Case study: Poker. Tuomas Sandholm Carnegie Mellon University Computer Science Department. Sequential imperfect information games. Players face uncertainty about the state of the world Sequential (and simultaneous) moves

1.17k views • 92 slides

CPSC 322 Introduction to Artificial Intelligence

CPSC 322 Introduction to Artificial Intelligence. October 25, 2004. Things. Assignment 3 was posted Friday night Midterm exam 2 is one week from today Bring me your first midterms before the second midterm if you want to be retested on problem 3 Jessica Hodgins talk, Thursday,

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Chapter 7 Two Player Perfect-Information Games

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Chapter 7 Two Player Perfect-Information Games

1.07k views • 58 slides

Dynamic Games

Dynamic Games. Overview. In this unit we study: Combinations of sequential and simultaneous games Solutions to these types of games Repeated games How to use dynamics to build self-sustaining agreements. Sequential and Simultaneous Games.

958 views • 53 slides

Adversarial Search and Game Playing

Adversarial Search and Game Playing CS 271: Fall 2007 Instructor: Padhraic Smyth CSPs: phase transitions in problem space Hogg and Williams, AI Journal, 1994 Average time constraints/variables Graph coloring by human subjects From Kearns, Suri, Montfort, Science, 2006

891 views • 51 slides

15-381 / 681 Instructors: Fei Fang (This Lecture) and Dave Touretzky feifang@cmu

Artificial Intelligence: Representation and Problem Solving Multi-agent Systems (1): Adversarial Search. 15-381 / 681 Instructors: Fei Fang (This Lecture) and Dave Touretzky feifang@cmu.edu Wean Hall 4126. Recap. Search/Satisfiability/Optimization/Deterministic and Symbolic Reasoning

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Adversarial Search & Game Playing

689 views • 48 slides

634 views • 46 slides

Chapter 10 Strategic Choice in Oligopoly, Monopolistic Competition, and Everyday Life

Chapter 10 Strategic Choice in Oligopoly, Monopolistic Competition, and Everyday Life. 5 additional Questions Even-numbered Qs. Chapter 10, Problem 2.

1.96k views • 43 slides

Game Playing: Adversarial Search

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Markt und Preis

556 views • 33 slides

Notes 6: Two-Player Games and Search

Notes 6: Two-Player Games and Search ICS 171 Winter 2001 Outline Computer programs which play 2-player games game-playing as search with the complication of an opponent General principles of game-playing and search evaluation functions, minimax principle

849 views • 31 slides

Finding equilibria in large sequential games of imperfect information

Finding equilibria in large sequential games of imperfect information Andrew Gilpin and Tuomas Sandholm Carnegie Mellon University Computer Science Department Motivation: Poker Poker is a wildly popular card game

719 views • 27 slides

Adversarial Search

Adversarial Search. Chapter 6. History. Much of the work in this area has been motivated by playing chess, which has always been known as a "thinking person's game".

550 views • 26 slides

Wrap Up

Wrap Up. Introduction to Artificial Intelligence COS302 Michael L. Littman Fall 2001. Administration. Laptop four is busted. Course evaluations. Plan. LSI and autoassociation Topic list Second half Themes Wrap up. x 1. x 2. x 3. x 4. U (nxk). h 1. h 2. U T (kxn). x 1. x 2.

480 views • 25 slides

Myopic and non-myopic agent optimization in game theory, economics, biology and artificial intelligence

Myopic and non-myopic agent optimization in game theory, economics, biology and artificial intelligence. Kae Nemoto Quantum Information Science National Institute of Informatics, Japan Email: nemoto@nii.ac.jp. Michael J Gagen Institute of Molecular Bioscience University of Queensland

455 views • 23 slides

OO Overkill When Simple is Better than Not

OO Overkill When Simple is Better than Not. Owen Astrachan ola@cs.duke.edu http://www.cs.duke.edu/~ola NSF Career 9702550. Fundamental Laws. First do no harm Hippocratic Oath A robot may not injure a human being, or, through inaction, allow a human being to come to harm

375 views • 21 slides

Projects

424 views • 15 slides

Game Trees

Kat Powell Daniel Christopher Igor Polyakov CS 134 Spring 2007. Game Trees. Each vertex (or node) represents a game state (point of choice for a player) Children of each node are positions that are reached by one move

819 views • 7 slides