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本文介绍以可自由编程的分布式多微处理机为基础的自行防空射击指挥系统。系统的各功能部件(如各传感器、武器随动系统等)均配一台微处理机,执行特定的功能;系统各部件间的数据传输、工作方式选择、提前角计算、局部任务协调及系统工作状态监控由一台工作方式管理与控制的计算机完成。为了提高系统的多目标作战能力,而配置若干台提前角计算机进行提前角计算;为了提高系统可靠性,便于系统维护与系统监测,还配置了外部计算机。整个系统是一个分散的计算机构成的网络。
This article describes a self-propelled air defense shooter command system based on a freely programmable, distributed multiprocessor. The system’s various functional components (such as sensors, weapons follow-up system, etc.) are equipped with a microprocessor, the implementation of specific functions; data transfer between the various components of the system, the choice of working methods, advanced angle calculation, coordination of local tasks and systems Work status monitoring by a work management and control of the computer to complete. In order to improve the system’s multi-target combat capability, and configure a number of advance angle computer advance angle calculation; in order to improve system reliability, ease of system maintenance and system monitoring, but also configure an external computer. The whole system is a network of scattered computers.