An intelligent framework for engineering decision-making.

Author(s)
Lu, S.C.Y.
Year
Abstract

This paper presents an intelligent decision-making framework, which is based upon both supercomputing technology and AI/knowledge-based expert systems approach, to improve the decision-making productivity of engineers. The dilemmas in current computer-aided engineering (CAE) activities are summarized. The respective impacts of supercomputers and knowledge-based expert systems on cae activities are discussed. The proposed framework combines supercomputers and expert systems into a logic structure so that each may cooperatively contribute its distinctive strengths to engineering decision-making. In this new computer-aided decision-making framework, supercomputers and expert systems are used as "simulation are used as "simulation engines" and "reasoning engines" respectively. The framework is able to assist engineers during both the analysis phase and synthesis phase of decision making. This paper suggests that supercomputing and expert systems are, in fact, mutually complementary technologies, and that development and research is needed in both areas to bring the proposed intelligent decision-making framework to fruition.(A)

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Publication

Library number
C 4859 (In: C 4857) /10 / IRRD 821267
Source

In: Automotive applications of supercomputers : International Congress and Exposition, Detroit, Michigan, February 23-27, 1987, SP-708, SAE Technical Paper 870562, p. 15-24, 15 ref.

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This publication is one of our other publications, and part of our extensive collection of road safety literature, that also includes the SWOV publications.