分布式智能协同测试系统体系架构研究

Research on the System Architecture of Distributed Intelligent Collaborative Testing System

为解决我军现有测试设备对武器装备进行测试时存在测试周期较长和现有测试设备体积庞大敏捷性差的问题,基于分布式作战理念,在装备测试领域提出分布式智能协同测试(Distributed Intelligent Collaboration Testing,DICT)的概念,对分布式智能协同测试系统的体系架构进行了研究,以装备测试敏捷性、灵活性和扩展性为设计原则,对分布式智能协同测试系统的体系架构进行分析,改进了现有测试设备的物理结构,消除了阻碍测试系统并行测试的结构障碍,指导测试系统基于分布式作战环境向低成本、可重构、小型化转型发展,实现多弹型、多任务并行测试保障。

To solve the problems of long testing cycles and large size and poor agility of the existing testing equipment in testing weapons and equipment for the military,based on the concept of distributed operations,the concept of distributed intelligent collaborative testing is put forward in the field of equipment testing.The system architecture of the distributed intelligent collaborative testing system is studied with the design principles of agility,flexibility and scalability,the system architecture of the distributed intelligent collaborative testing system is analyzed,the physical structure of the existing testing equipment is improved,and the testing system is guided to shift to low-cost,reconfigurable and miniaturized development based on the distributed operations environment,achieving testing support for multiple types of ammunition and parallel tasks.