为了生动直观地演示这一控制效果，提出了使用组态软件对倒立摆系统进行动态可视化处理的实现方案。
In order to show the controlling effect lively, the realization plan was proposed, which constructs the dynamic and observed pendulum control system by configuration software.
本文设计了一个借助通用电子仪器进行无线电广播的演示实验，系统易于配置，效果良好。
IN this paper, a demonstrate experiment for radiocast with common electron ic instrument is designed its system can be easily organized and results are good.
针对室内虚拟漫游的特点，对现有的全局光照模型的算法进行改进，并通过演示系统对改进后的效果加以验证。
According to indoor walkthrough's feature, we improve existing global illumination model's algorithm and check improved results by experimental system.
通过该系统的实际演示和分析，对于队列结构的深入理解和应用编程起到了明显的效果。
The evident effect of deep understanding of the structure and application programming is obtained with the demonstration and analysis of the system.
整个实验系统的可操作性强，演示效果明显，具有高度的可靠性、扩展性以及实时性。
The operation of the entire experimental system is easy, the demonstration effect is obvious, has the high reliability, the expansibility as well as timeliness.
系统包括话机按键双音频信号识别、圆轮廓形状误差谐波分析、数字音频效果及原理性演示实验等。
The system includes the dual-tone multifrequency signal detection module, the musical sound processing module, the harmonical analysis module of circularity and many other demonstration modules.
仿真结果表明，该系统能够直观显示控制系统的控制效果，能够成功演示空间绳系机器人对目标卫星的捕获，满足实时性要求。
The result indicates that the proposed system can successfully visualize the control effect and the progress of the capture, and meets requirement in real time.
仿真结果表明，该系统能够直观显示控制系统的控制效果，能够成功演示空间绳系机器人对目标卫星的捕获，满足实时性要求。
The result indicates that the proposed system can successfully visualize the control effect and the progress of the capture, and meets requirement in real time.
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