By K. J. MacCallum, B. Yu, A. Frederiksen, D. McGregor (auth.), J. S. Gero, Fay Sudweeks (eds.)
Design has now turn into a major study subject in engineering and structure. layout is likely one of the keystones to fiscal competitiveness and the basic precursor to production. the advance of computational types based at the man made intelligence paradigm has supplied an impetus for present layout study.
This quantity includes contributions from the second one overseas convention on man made Intelligence in layout held in June 1992 in Pittsburgh. They characterize the state of the art and the innovative of study and improvement during this box. they're of specific curiosity to researchers, builders and clients of computers in layout. This quantity demonstrates either the breadth and intensity of man-made intelligence in layout and issues the future of our realizing of layout as a method and for the advance of computer-based instruments to aiddesigners.
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Additional resources for Artificial Intelligence in Design ’92
In this paper we describe in detail how functional reasoning has been used by us to solve this problem. 2. System description A number of approaches have so far beeu tri(,d in order to solve the problem of design. u 1988, Chandrasekaran 1989), and a logic based approach (Ohsuga 1989b, Ohsuga 1989a, G Han & Yamauchi 1987). These essentially solve the prohlem of routine design. We choose a plan based hierarchical outlook of the routine design process. In this approach, the routine design of an assembled artifact is broken down to the design of its constituent artifacts in a pre-defined hierarchical manner.
The fields props, conds and goals and the description of the property representation are described further down in the paper. Figure 1b also shows the representation of an arc between a shaft and a 44 A. CHAWLA AND R. SANGAL ~ ~ ·STRESSl , ~ ~ : ~ - -TORQUE ,. ,. ,.. ,,,. ""'-:-'-----~-~~ARCS / / ___ - - - - - ·OUTPUT -TORQUE PRDPS=:: . 'y: MODULE LENGTH DIA ' , ARCS Figure la: Partial models of a shaft, a gear and a motor. motor. The parts used in connecting these parts are stored under the uses field.
38 1. T. RUNKELET AL. SALT (Marcus, 1987), the knowledge-acquisition tool for the VT system, embodies many of the ideas that will be present in DIDS generated KA tools. SALT plays an active role during knowledge acquisition by detecting inconsistencies and missing knowledge. We believe that the strong model of mechanisms and knowledge forming the foundation of DIDS will enable the products of the KATG 0 have these features. SALT, however, was built to support a particular PSM. Thus, it is limited in applicability.
Artificial Intelligence in Design ’92 by K. J. MacCallum, B. Yu, A. Frederiksen, D. McGregor (auth.), J. S. Gero, Fay Sudweeks (eds.)