An initial work in the virtual experiment of computer interface has been done. A programmable control model has been proposed.
对微机接口的虚拟实验进行了探索性工作，提出了一个可编程控制模型。
In addition, the book contains a computer program with a graphical user interface that allows the reader to experiment with a number of key concepts developed by the authors.
另外，书用允许读者做那些作者开发的许多核心概念试验的一个图形用户界面包含一个计算机程序。
The exploration of this experiment will be beneficial to study electrical stimulation feedback technique in implantable brain-computer interface.
这个实验的初步探索将利于进一步研究植入式脑机接口中的电刺激反馈技术。
Specific design of system architecture, in human-machine interface, RTLinux kernel layer and slave-computer layer are stressed, which feasibility is proved by one material dropping experiment.
给出了控制系统的框架结构以及人机界面层、内核层和下位机软件等的具体实现方案，并通过一种原料的下料实验验证系统的可行性。
Specific design of system architecture, in human-machine interface, RTLinux kernel layer and slave-computer layer are stressed, which feasibility is proved by one material dropping experiment.
给出了控制系统的框架结构以及人机界面层、内核层和下位机软件等的具体实现方案，并通过一种原料的下料实验验证系统的可行性。
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