摘要
介绍了水工闸门启闭机智能CAD系统GHICAD的系统结构 ,描述了CHICAD系统的知识表示方法、图表库的分层结构模型以及推理机制等。
The significance of developing an intelligent CAD system for a hydraulic gate hoist is described. The application of this intelligent CAD technology to the design of a hoist will increase the designing quality, reduce the designing cost, shorten the designing period and speed up product replacement. Elements in the structure of this system are introduced such as the method base subsystem, the data base subsystem, the knowledge base subsystem, the graph base subsystem, the inference engine, the evaluation subsystem, the failure handling subsystem and the drawing subsystem. The knowledge expression of this system is detailed. There are two kinds of design information in a hoist design. One is enlightening knowledge, and the other standardizes data, tables and formulas. Therefore the “rule—frame—process” is used in the knowledge base subsystem. The composition of the graph base subsystem is described. An inference strategy of the GHICAD system is presented for finding the best designing process.
出处
《武汉理工大学学报（信息与管理工程版）》
CAS
2001年第2期43-45,共3页
Journal of Wuhan University of Technology：Information & Management Engineering
