'Game playing' presentation slideshows

Game Playing

1.11k views • 78 slides

CS 4700: Foundations of Artificial Intelligence

CS 4700: Foundations of Artificial Intelligence. Carla P. Gomes gomes@cs.cornell.edu Module: Adversarial Search (Reading R&N: Chapter 6). Outline. Game Playing Optimal decisions Minimax ?-? pruning Imperfect, real-time decisions. Game Playing. Mathematical Game Theory

711 views • 59 slides

This time: Outline

687 views • 57 slides

Game Programming (Trends of U.S. & Korean Game Industry)

Game Programming (Trends of U.S. & Korean Game Industry). 2013. Spring. Computer & Video Games. Why are Video Games an important part of Computer Science? It is one of the few applications that combines all the diverse CS areas into one focused goal.

699 views • 52 slides

Adversarial Search & Game Playing

689 views • 48 slides

LEARNING SPATIAL REASONING

LEARNING SPATIAL REASONING. Jack Gelfand Center for the Study of Brain, Mind and Behavior Department of Psychology. LEARNING SPATIAL REASONING. Computer Game Playing Game Playing and Pattern-Based Reasoning Organization of the visual system Multi-stream hierarchy Form perception

614 views • 47 slides

Adversarial Search Game Playing

Adversarial Search Game Playing. Chapter 6. Outline. Games Perfect Play Minimax decisions ?-? pruning Resource Limits and Approximate Evaluation Games of chance. Games.

603 views • 42 slides

What Video Games Teach us about Learning

What Video Games Teach us about Learning. Debbie Greh AENJ 2011. This is an exploration of the power of video games to educate, engage, and empower 21st-century students to apply their creative and artistic skills as they learn to problem solve, read visual cues and make meaning of the world!.

801 views • 41 slides

Game Programming (Trends of U.S. & Korean Game Industry)

Game Programming (Trends of U.S. & Korean Game Industry). 2014. Spring. Computer & Video Games. Why are Video Games an important part of Computer Science? It is one of the few applications that combines all the diverse CS areas into one focused goal.

630 views • 40 slides

Child Behavior Training

496 views • 37 slides

Adversarial Search

Adversarial Search. Chapter 6. Outline. Optimal decisions ?-? pruning Imperfect, real-time decisions. Games as search problems. Engaged intellectual faculties of humans. Board games such as Chess. Game playing is appealing target of AI. State of the game is easy to represent . And

467 views • 33 slides

Game Playing Chapter 6 (supplement) Various deterministic board games

389 views • 32 slides

Introduction to Artificial Intelligence and Soft Computing

635 views • 26 slides

Virtual Reality edutainment: cost-effective development of personalised software applications

Virtual Reality edutainment: cost-effective development of personalised software applications. Maria Virvou, Konstantinos Manos & George Katsionis. Department of Informatics University of Piraeus Piraeus 18534, Greece. mvirvou@unipi.gr ; konstantinos @kman.gr ; gkatsion@kman.gr.

378 views • 23 slides

Remixing Your LMC for Digital Youth

Remixing Your LMC for Digital Youth. A 21st Century Teaching Workshop Conducted by Bill Derry and David Bilmes Connecticut Association of School Librarians Jan. 31, 2009. Part II Led by David Bilmes. Gaming in the LMC (based upon information presented by Scott Traylor

236 views • 17 slides

Introduction to Artificial Intelligence CS 438 Spring 2008

243 views • 15 slides

Game Playing

Game Playing. Evolve a strategy for two-person zero-sum games. Help the user to determine the next move. Constructing a game tree Each node represents a state in the game Each arc represents a legal move The minimax algorithm Alpha-beta pruning. Example: Minimax Algorithm. Game Tree:

309 views • 15 slides

Video Game Addiction

684 views • 11 slides

Software Engineering

Software Engineering. Introduction. Software. Generic Products: Stand alone systems produced by a development organization Customized Products Software: Computer Program Documentation. Software Engineering. Refinement of knowledge into levels of abstraction

265 views • 9 slides

Tan Wee Hoe & Xu Limin University of Warwick

Deep learning and innovative skills development: a potential solution to education dilemma in China. Tan Wee Hoe & Xu Limin University of Warwick. Overview. Exploration of the relationships between the need for innovative skills and the lack of deep learning among Chinese students.

243 views • 8 slides