人-机系统
The design of human machine interface, kernal arithmetic, and functional module were realized based on SINUMERIK 840D system. 针对西门子840D数控系统，进行了自动编程系统开发，实现了人机界面设计、系统算法设计和功能模块设计。
These substances, too, need to be considered if scientists are to truly understand how the human machine operates and how to correct its maladies. 科学家想要真的了解人体这个机器如何运作，以及晓得怎样治疗身体病痛的话，就不能不考虑这些物质。
Thirdly, Human Machine Interface (HMI) is given which are developed with King View (a kind of industry control configuration software). 采用组态王开发设计监控系统人机界面;
The former uses SCADA/HMI(Supervisory Control And Data Acquisition/ Human Machine Interface) to implement system function, and the network is connected by industry Ethernet. 前者采用SCADA/HMI(Supervisory Control And Data Acquisition/Human Machine Interface，监控及数据采集/人机界面)实现系统功能，网络连接采用工业以太网，以实现数据的透明化。
It is composed of many agricultural subsystems correlating each other to form a multiple arrangements complex macrocosm, i.e. a Human machine environment system （HMES）. 为此，试图运用人-机-环境系统工程的原理，应用复杂大系统的方法，从宏观、中观、微观等不同的层次和角度，对农业机械化工程的规划与优化进行新的理论研究。
