The paper introduced the computer hardware experiment simulation platform design example, has discussed simulation system design several essential technologies.
文章介绍了计算机硬件实验虚拟仿真平台的设计实例，探讨了仿真系统设计的几个关键技术。
The paper proposes applying boundary-scan technology which is widely used in the domain of test to the computer hardware experiment to resolve the two crucial problems of configuration and test.
本文提出将测试领域成熟的边界扫描技术应用在实验系统中，解决配置和验证两大关键问题。
The implement of this system shows that simulating hardware with software on computer and applying this kind of system to teaching, experiment and farther research is feasible.
该中断系统的实现表明，在计算机上用软件模拟硬件，应用于实验、教学和进一步的研究中是具有可行性的。
This experiment system combines computer technique with teaching experiment of communication, involves hardware circuit design, high level language programming and computer communications.
该实验系统将计算机技术与通信教学实验有机结合，涉及硬件电路设计、高级语言程序设计和计算机通信等。
Building hardware virtual experiment environment (VEE) by software technics is an efficient way to improve the efficiency of computer hardware teaching and experiment design.
利用软件技术构建硬件虚拟实验环境(VEE)是提高计算机硬件教学及实验效率、降低实验成本的一条有效途径。
The virtual experiment can be defined as the computer simulated experiment, which is based on certain computer platform and realized with the support of hardware and software.
虚拟实验是指依托相关的计算机平台，借助于硬件和软件实现的计算机仿真实验。
It's proved by experiment that the whole system has a high speed and good reliability, because the single chip computer has high integration, compact hardware structure and floating number.
该单片机集成度高、硬件结构紧凑并采用浮点数运算，实验证明，整个系统的快速性与可靠性均较理想。
Regarding the computer network laboratory construction in university, we should pay more attention on selection of hardware and software, design of network topology, development of experiment items.
在高校计算机网络实验室的建设中，尤其要关注软硬件的选择、网络拓扑的设计、实验项目的开发。
Regarding the computer network laboratory construction in university, we should pay more attention on selection of hardware and software, design of network topology, development of experiment items.
在高校计算机网络实验室的建设中，尤其要关注软硬件的选择、网络拓扑的设计、实验项目的开发。
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