针对空天预警探测对于多源异构装备的一体化协同运用需求,首先开展了多源异构装备体系协同运用总体设计,提出了分布式网络化服务化联合运用架构,可支持集中式、分布式等灵活多样的多源异构传感器协同管控模式;其次,开展了多源异构装备协同探测关键技术研究,可针对不同作战任务实现分布式装备自组织组网,利用天地基装备任务分配技术实现多目标多装备动态分配,并开展天地基装备协同引导分析计算,实现基于精度控制的多传感器协同跟踪。协同探测仿真试验结果证明,多源异构装备一体化协同探测技术可面向多方向多目标来袭场景有效提升预警探测系统的目标跟踪数量。

In view of the need for the integrated and collaborative application of multi-source heterogeneous equipment for the aerospace early warning and detection, firstly, the overall design of the collaborative application of multi-source heterogeneous equipment system is carried out, and a distributed networked, service-oriented, joint application architecture is proposed, which can support centralized, distributed and other flexible multi-source heterogeneous sensor collaborative management and control modes; secondly, the research on key technologies of multi-source heterogeneous equipment cooperative detection is carried out,which can achieve distributed equipment self-organization network for different combat tasks, use space-based equipment task allocation technology to achieve multi-target and multi-equipment dynamic allocation, the analysis and calculation of space-based equipment collaborative guidance is carried out, and the multi-sensor collaborative tracking based on precision control is realized. The results of cooperative detection simulation show that the integrated cooperative detection technology of multi-source heterogeneous equipment can effectively improve the number of target tracking in the early warning detection system for multi-direction and multi-target scenarios.

TN957.3