最后，根据不同的车间适用场合，分别介绍了两种制造执行系统和车间过程控制系统的接口方式。
Finally, according to different situations in workshop, two kinds of interface methods between MES and Process Control System were introduced.
针对单一设计距离控制中出现的速度滞后问题，综合考虑速度和距离的控制，提出了一种基于“起停”巡航控制系统的纵向车间距控制器设计方法。
A vehicle speed and vehicle to vehicle distance control algorithm for stop-go cruise control system was developed using a control factor and a cost function to provide optimum control.
AMCS基于现场控制系统FCS的两层控制结构，在功能上则融合了制造执行系统MES的车间管理功能和FCS的控制功能。
Based on the two layer control structure of FCS, AMCS integrates the plant management ability of MES and the control ability of FCS.
这里分析了数控车间管理控制现状和存在的问题，以DNC技术构建底层控制平台，开发了一种集成的数控 车间 管理控制系统。
The results show that the integration and management of computer aided tools CAx are realized, the workshop information management system and DNC information can also be shared.
这里分析了数控车间管理控制现状和存在的问题，以DNC技术构建底层控制平台，开发了一种集成的数控 车间 管理控制系统。
The results show that the integration and management of computer aided tools CAx are realized, the workshop information management system and DNC information can also be shared.
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