传感式智能开关控制系统是传统开关控制器的智能化，可视为虚拟开关机器人。
The Sensor-Based Intelligent Switch Control System is based on traditional Switch Controller, and can be regarded as Virtual Switch Robot.
可以把Screen 看作虚拟的键盘-视频-鼠标 (KVM)开关。
Think of Screen as a virtual keyboard-video-mouse (KVM) switch.
使用-vcpus开关时，新的虚拟机将拥有的虚拟cpu的数量。
Number of virtual cpus the new virtual machine will have using the -vcpus switch.
通过不同开关的动作来虚拟模拟常见的故障，诸如，放大器漂移、系统参数改变、伺服阀反冲以及传感器失灵等。
Some faults such as amplifier offset, parameter changes, servo valve backlash and sensor fault are seeded in a virtual way by means of different switches in Simulink.
虚拟资源将被用于ATLAS语言编写的测试程序，并在编译之后，根据虚实映射结果控制具体的仪器和开关完成测试任务。
Virtual resources are used in test program coding in ATLAS and after compiling, the program will control practical instruments and switch to complete test task.
它也能够用快闪存储器构成的虚拟EEPROM记录开关电源的故障信息。
It also can record the failure information of SMPS in the virtual EEPROM using flash memory.
开关类部件的仿真是为了在虚拟的接口实验平台上，以计算机软件模拟实际环境进行科学实验。
Switch emulation is to carry on scientific experiment with simulating the real environment by computer software, at the virtual interface experiment platform.
开关类部件的仿真是为了在虚拟的接口实验平台上，以计算机软件模拟实际环境进行科学实验。
Switch emulation is to carry on scientific experiment with simulating the real environment by computer software, at the virtual interface experiment platform.
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