Electrical and Computer Engineering ETDs

Author

Jessica Ryan

Publication Date

7-10-2007

Abstract

Computer games are becoming more popular for both entertainment and educational applications. The growth of this technology and its realm of use creates a new demand for artificial intelligence (AI) systems: as AI becomes more prevalent, it becomes crucial for it to have a natural, human feel to it in order to best support its application. Consequently, the need for a reliable means of testing and comparing the behavioral development of the artificial intelligence used within game applications becomes important. Turings test has been the staple in evaluating the 'intelligence' of artificial agents in applications ranging from testing chatterbots to stopping web abuse. It is currently being used in evaluating the performance of specific artificial agents in particular games. In the following thesis, a methodology has been developed to provide a new contribution to the field of AI assessment. After bringing the perceptions of the human and AI onto the same level, the Turing test is used to evaluate the 'humanness' of diverse agents in generalized environments. Results of a pilot study probing the validity of this methodology are presented.'

Document Type

Thesis

Language

English

Degree Name

Computer Engineering

Level of Degree

Masters

Department Name

Electrical and Computer Engineering

First Advisor

Caudell, Thomas

First Committee Member (Chair)

Caudell, Thomas

Second Committee Member

Angel, Edward

Third Committee Member

Heileman, Gregory

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