By analyzing the principle of grating auto testing, a general design of the instrument was given.
通过对光栅自动测试仪的基本测试原理进行分析，给出了测试仪的总体设计方案。
Dividing the auto-testing system into several parts by the principle of function division and organizing these parts with an artificially intelligent knowledge base is an effective way to build it.
将该系统根据功能分割的原则，划分成几个具有不同功能的模块，并通过具有一定人工智能性质的知识库将各部分有机的组织起来，是一种有效的构造方法。
The realized principle and system architecture of a distributed auto testing and diagnosis system for airborne weapon control system based on RS-485 is discussed.
介绍了一种基于RS-485串行总线的机载武器控制系统分布式自动测试及诊断设备，给出了系统结构和实现方案。
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