posted on 2023-09-07, 05:13authored byDavid Dunleavy
<p>Monte Carlo tree search (MCTS) is a search algorithm which has used to achieve state-of-the-art performance in many domains. The algorithm’s generality, effectiveness in complicated and large environments, and relative simplicity has made it one of the foremost search methods. In addition, MCTS and related algorithms can often be easily modified to suit a specific domain. Despite their usefulness, public implementations of these algorithms are rare, unlike other subareas of AI like deep learning or reinforcement learning. Moreover, the implementations that are public are often domain-specific, inefficient, difficult to use, and aren’t fully featured. This thesis aims to provide robust and easy to use implementations of tree search algorithms, as well as an analysis of how the characteristics of problem domains impact the effectiveness of different search algorithms.</p>
History
Publisher
ProQuest
Language
English
Handle
http://hdl.handle.net/1961/auislandora:97499
Committee chair
Mark J. Nelson
Committee member(s)
Mike Treanor; Alex Godwin; Amy K. Hoover
Degree discipline
Computer Science
Degree grantor
American University. Department of Computer Science
Degree level
Masters
Degree name
M.S. in Computer Science, American University, May 2022
Local identifier
auislandora_97499_OBJ.pdf
Media type
application/pdf
Pagination
45 pages
Access statement
Electronic thesis available to American University authorized users only, per author's request.