Concepts for knowledge-based system design environments
Concepts for knowledge-based system design environments
复制标题
基于知识的系统设计环境的概念
DOI：
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发表时间：
1985
期刊：
影响因子：
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通讯作者：
B. Zeigler
中科院分区：
文献类型：
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作者：
J. Rozenblit;B. Zeigler
本文建立了一个概念框架，为系统设计构建知识为基础的，计算机辅助环境。该框架基于Zeigler [18]开发的专家系统设计方法的形式结构，即系统实体结构和实验框架。系统实体的形式主义是用来构建家庭的设计配置。设计模型合成的规则通过相对于代表设计目标的通用实验框架[13]修剪设计实体结构来生成。这导致了系统设计环境的设计方法，该方法认识到必须建模的应用领域的三个主要关系：分解层次结构（被设计的系统），分类结构（确定设计方案）和耦合约束（限制组件可以合成到目标系统的组合）。
The paper sets up a conceptual framework for constructing knowledge-based, computer-aided environments for system design. The framework is based on the formal structures underlying the expert system design methodology being developed by Zeigler [18], namely that of the system entity structure and experimental frame. The system entity formalism is employed to structure the family of design configurations. The rules for design model synthesis are generated by pruning the design entity structure with respect to generic experimental frames [13] that represent the design objectives. This leads to a methodology for design of system design environments which recognizes three primary relationships of the application domain that must be modelled: the decomposition hierarchy (of the system being designed), the taxonomic structure (determining the design alternatives), and the coupling constraints (restricting the combinations in which components can be synthesized into the target system).