主动防护系统分布式火控平台设计与仿真

为设计和验证主动防护系统的分布式火控原理和算法，设计了主动防护系统分布式火控验证平台。根据主动防护系统的攻击原理和功能要求，构造了完整的硬件结构和软件架构，给出了详细的仿真流程，并对系统中涉及的各关键技术进行了分析和建模。最后，整个系统采用面向对象的程序设计方法和虚拟现实技术，实现了数字化的主动防护系统分布式火控仿真系统平台。该平台能够在虚拟作战场景中模拟真实的作战场景，能够有效地再现主动防护系统对目标的打击过程，也为主动防护系统的分布式火控原理验证和功能测试提供了技术手段。

Design and Simulation of Distribute Fire Control P latform for Active P rotection System

To design and verify the theory and algorithm of distributed fire control for active protection system, the distribu?ted fire control simulation platform is designed. According to the attack theory and function requirement of active protection system, the hardware structure and the software frame are constructed, the detailed simulation flow is given out and the rela?tional key technologies are analyzed and modeling. Finally, the whole simulation system platform of distributed fire control for active protection system is realized by object oriented programmer design method and virtual reality technique. The platform can simulate the really combat scene in virtual battlefield, availably recurrence the attack target process of active protection system and the fire control theory validation and function test of distributed fire control system for active protection system can be achieved on this simulation platform.