针对某制导**半实物仿真试验中总控台系统的功能需求，提出了基于VMIC实时网和以太非实时网的系统设计思路，给出了具体的设计方案和实现途径，并将RTX实时子系统同LabWindows/CVI开发环境相结合，开发出了实时自动测试系统。通过集成化的硬件设计和模块化的软件设计，总控台实现了导引头实时视频信号采集、参数记录与处理、实时飞行数据曲线显示、实时监控及状态指示、结果回放、故障诊断及处理等功能。该系统具有实时性、拓展性、通用性的特点，保证了半实物仿真试验的顺利开展，可为多种**系统的研发与测试提供技术支持，有着广阔的应用前景。

Considering the function requirement of hardware-in-the-loop simulation control platform for a certain guided weapon, we put forward a system design idea based on VMIC real-time network and Ethernet. The design scheme and realization approaches are introduced. A real-time Automatic Test System (ATS) is developed by using RTX subsystem together with LabWindows/CVI. By the use of integrated hardware design and modularized software design, the control platform can implement such functions as real-time video signal acquisition to the seeker, data recording and processing, real-time flight data curve displaying, real-time monitoring and status indication, video playback, and fault diagnosis and treatment. The control platform has the characteristics of fine real-time performance, universality and expansibility, which can support the hardware-in-loop simulation effectively and provide a technical support for weapon system development and test.