Titlebook: Artificial Intelligence in Design; D. T. Pham Book 1991 Springer-Verlag London Limited 1991 artificial intelligence.engineering design.exp

Parameter

Specification and Management of the Knowledge Base for Design of Machine Tools and Their Integrationeneral, of achieving this goal without first experimenting with specific domain problems. A complete model of a manufacturing system must contain information describing both plant and product, reflecting the design process in systematic terms (both organizational and technological).

財主

Pcos971

Dominik Krinninger,Kai-Olaf Maiwaldtructed. Expert system techniques are introduced for such systems in order to utilize expert production engineers’ knowledge for generating process plans. However, such “expert” process-planning systems still have some problems in achieving higher levels of automation.

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Foregery

Book 1991of the technology of artificial intelligence and expert systems has enabled computers to be applied to less deterministic design tasks which require symbolic manipulation and reasoning, instead of only routine number processing. This book presents recent examples of such applications, focusing on me

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和平主義者

Rule-Based Variational Geometry in Computer-Aided Design geometric modelling, finite-element analysis and production planning. The development of adequate software tools that support a wide range of geometry-related applications is therefore of major interest in view of the economy of the design process and the quality of the envisaged products. This con

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Atmosphere

Expert System for Engineering Design Based on Object-Oriented Knowledge Representation Conceptctives are satisfied under various design constraints. The design process involves the recognition, formulation and satisfaction of constraints. They are continually being added, deleted and modified throughout the design process. The constraints are often numerous, complex and contradictory [1]. A

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Some Applications of Artificial Intelligence Techniques to Automatic Tolerance Analysis and Synthesiable variations of part geometry. To ensure design functionality, assemblability and manufacturability, tolerances must be specified and checked. Currently, dimensions and tolerances are usually placed on design drawings of CAD systems in accordance with ANSI [1], ISO [2] or other national standards