Potential applications of knowledge-based expert systems in transportation planning and engineering
Che-I. Yeh, Stephen Graham Ritchie, J. B. Schneider, University of California, Irvine. Institute of Transportation Studies, University of California, Irvine. Dept. of Civil Engineering, University of Washington. Dept. of Civil Engineering
University of California, Institute of Transportation Studies, Irvine, 1986 - Computers - 31 pages
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air traffic control Architecture artificial intelligence building an expert Civil Engineering complex context Department of Civil diagnose traffic congestion difficult to represent domain-dependent evaluating potential expert exist expert consultants expert system development expert systems applications expert systems KBES EXPERT-UFOS expertise faulty data field of transportation ground traffic control Hazardous Material heuristics high for KBES high-potential applications human controller human expert incorporates the knowledge inference engine inference machine Institute of Transportation Irvine judgement for determination KBES to become knowledge acquisition module knowledge base knowledge engineer knowledge-based expert systems monitor numerical model planners and engineers planning and engineering potential appears high potential applications potential expert systems practicing transportation planners problem-solving programming languages PROSPECTOR prototype expert systems scope of expert solution strategies system could provide system which incorporates systems in transportation traditional program traffic control problem traffic engineers TRALI transit transportation engineering transportation field transportation planning University of California USER INTERFACE