摘要
为研究多目标群多基地无人机空对地攻击目标分配和挂弹问题.基于实战环境,制定了多批次攻击策略.通过建立优化数学模型和距离矩阵,解决了两个批次的目标分配问题.基于排列组合,制定了无人机机群挂弹策略.结果表明:无人机摧毁雷达目标时,挂载追踪炸弹缩短了无人机在雷达探测区域内的滞留时间,且每架无人机的最小滞留时间为2.33h;距离矩阵法实现了基地与多目标群之间最短距离的快速查找,排列组合法实现了无人机机群挂弹策略制定.
In order to study target distribution and bombing problem of air-to-ground attack of UAV with multi-target group and multi-base, based on the actual combat environment,a multi-batch attack strategy is developed. By setting up the optimization mathematical model and the distance matrix, the problem of target allocation of two batches is solved. Based on the permutation and combination, the LIAV cluster strategy is developed. The results show that while the UAV is to destroy the radar target, the mounted trapping bomb shortens the residence time of the UAV in the radar detection area,and the minimum residence time of each UAV is 2.33 h. The distance matrix method realizes the rapid search of the shortest distance of the base and multi--target group, and permutation and combination method achieves to develop the strategy of the UAV cluster bombs.
出处
《西安工业大学学报》
CAS
2017年第10期773-780,共8页
Journal of Xi’an Technological University
基金
陕西省教育厅科研计划项目(16JK1373)
西安工业大学研究生教育教学改革研究项目(XAGDYJ160220)
西安工业大学教学改革研究项目(16JGY33)
关键词
多目标群
多基地
无人机
雷达
multi-target group
multi-base
unmanned aerial vehicle
radar
