Search
Skip to Search Results- 4Distributed computing
- 4Programming environments
- 3Computer Games
- 3Computer games
- 3Generative pattern
- 3Scripting language
- 21Computing Science, Department of
- 21Computing Science, Department of/Technical Reports (Computing Science)
- 6Educational Psychology, Department of
- 6Educational Psychology, Department of/Journal Articles (Educational Psychology)
- 1Education, Faculty of
- 1Education, Faculty of/ENGAGE: Celebration of Research and Teaching Excellence
-
2008
Schaeffer, Jonathan, Sturtevant, Nathan, Holte, Robert, Anderson, Ken
Technical report TR08-05. The following report describes some techniques that generalize and attempt to improve upon the Coarse-to-Fine Dynamic Programming (CFDP) algorithm developed by Christopher Raphael. CFDP uses a hierarchy of abstraction graphs, iteratively searches to find optimal...
-
1994
Szafron, Duane, Schaeffer, Jonathan
Technical report TR94-03. The growth of commercial and academic interest in parallel and distributed computing during the past fifteen years has been accompanied by a corresponding increase in the number of available parallel programming systems (PPS). However, little work has been done to...
-
2010
Kahlke, Renate, King, Sharla, Carbonaro, Mike, Boechler, Patricia, Drummond, Jane, Greidanus, Elaine
Health Science teams are increasingly interprofessional and often require use of information communication technology. These shifts result in a need for health science students to learn online interprofessional teamwork skills early in their training. In response, one interprofessional...
-
1998
Schaeffer, Jonathan, Novillo, Diego, Unrau, Ronald
Technical report TR98-11. Most current compiler analysis techniques are unable to cope with the semantics introduced by explicit parallel and synchronization constructs in parallel programs. In this paper we introduce new analysis and optimization techniques for compiling explicitly parallel...
-
The APHID Parallel alpha-beta Search Algorithm
1996
Schaeffer, Jonathan, Brockington, Mark
Technical report TR96-07. This paper introduces the APHID (Asynchronous Parallel Hierarchical Iterative Deepening) game-tree search algorithm. An APHID search is a hierarchical search with a master controlling the top of the tree (d' ply), and the slaves searching the rest of the tree (d-d'...
-
1994
de Bruin, Arie, Pijls, Wim, Schaeffer, Jonathan, Plaat, Aske
Technical report TR94-19. Knuth and Moore presented a theoretical lower bound on the number of leaves that any fixed-depth minimax tree-search algorithm traversing a uniform tree must explore, the so-called minimal tree Since real-life minimax trees aren't uniform, the exact size of this tree...
-
1994
Iglinski, Paul, Smith, Carol, Morrow, Chris, Szafron, Duane, Schaeffer, Jonathan, Parsons, Ian, Kornelsen, Randal
Technical report TR94-04. This document is a user's manual for version 2.2 of the Enterprise parallel programming system. Enterprise is an interactive graphical programming environment for designing, coding, debugging, testing and executing programs in a distributed hardware environment. ...
-
1992
Technical report TR92-19. In August 1992, the first man versus machine world championship took place. The champion, Dr. Marion Tinsley, is arguably the greatest checkers player that ever lived. The challenger was the computer checkers program Chinook, a 3 year team effort from the University of...
-
1994
Schaeffer, Jonathan, Pijls, Wim, Plaat, Aske, de Bruin, Arie
Technical report TR94-17. In 1979 Stockman introduced the SSS* minimax search algorithm that dominates Alpha-Beta in the number of leaf nodes expanded. Further investigation of the algorithm showed that it had three serious drawbacks, which prevented its use by practitioners: it is difficult to...
-
1995
MacDonald, Steve, Schaeffer, Jonathan, Novillo, Diego, Woloschuk, David, Parsons, Ian, Szafron, Duane, Iglinski, Paul, Morrow, Chris
Technical report TR95-02. This paper contains an introduction and user manual for the Enterprise Parallel Programming System, including the programming model, the meta-programming model and tools (animation, replay and debugging). | TRID-ID TR95-02