Evaluation of Uncertain Inference Models I: PROSPECTOR

Yadrick, Robert M., Perrin, Bruce M., Vaughan, David S., Holden, Peter D., Kempf, Karl G.

arXiv.org Artificial Intelligence 

Box 516, St. Louis, MO 63166 ABSTRACT This paper examines the accuracy of the PROSPECTOR model for uncertain reasoning. PROSPECTOR's solutions for a large number of computer·generated inference networks were compared to those obtained from probe· bility theory and minimum cross-entropy calculations. PROSPECTOR's answers were generally accurate for a restricted subset of problems that are consistent with its assumptions. However, even within this subset, we identified conditions under which PROSPECTOR's perfor· mance deteriorates. I NTRCOUCT I ON Researchers in artificial Intelligence have proposed or implemented several approaches to uncertain reason· in-- for knowledge-based systems.

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