网络化多传感器-多武器协同防空任务规划

针对网络化防空体系的多传感器-多武器协同任务规划问题, 考虑任务要求、装备性能、运用限制等约束, 构建多武器拦截与多传感器跟踪任务规划模型。前者以拦截时机、次数等为优化目标, 输出武器-目标配对以及对目标的拦截时段、跟踪时间要求; 后者以满足跟踪时间要求为目标, 输出传感器-目标配对和对目标的跟踪时段。设计了基于时段优选拼接和分支定界法的多传感器-多武器协同任务规划算法, 生成多传感器-多武器协同交战计划, 支持多传感器接力跟踪、跨平台打击引导、多武器协同抗击。在假定的舰艇编队与预警机协同防空场景下验证了所设计模型的有效性。

Cooperative air defense task planning of networked multi-sensor-multi-weapon

Aiming at the problem of multi-sensor-multi-weapon cooperative task planning of networked air defense system, considering the constraints of task requirements, equipment performance and application constraints, a multi-weapon interception and multi-sensor tracking task planning model is constructed. The former takes the interception opportunity and times as the optimization objectives, and outputs the weapon target pairing as well as the interception period and tracking time requirements for the target. The latter aims to meet the requirements of tracking time, and outputs sensor target pairing and target tracking period. A multi-sensor-multi-weapon cooperative task planning algorithm based on optimal time splicing and branch and bound method is designed to generate a multi-sensory-multi-weapon cooperative engagement plan, which supports multi-sensor relay tracking, cross platform strike guidance, and multi-weapon cooperative combat. The effectiveness of the proposed model is verified in the hypothetical scenario of cooperative air defense between warship formation and early warning aircraft.