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An improved PSO algorithm for solving multi-UAV cooperative reconnaissance task decision-making problem

机译:一种改进的PSO算法,用于解决多UV合作侦察任务决策问题的方法

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In this paper, we consider the problem of decentralized task assignment in a network of UAVs. Given a set of task-areas need to be reconnoitered, this problem concerns the non-overlapping allocation of task-areas to UAVs for the purpose of maximizing the sum of the UAV's utility functions. We bring an effective Improved Particle Swarm Optimization (IPSO) algorithm for this decision-making problem. The IPSO discretize the particle using binary matrix; adjust the inertia factor self-adaptive; also the crossover and mutation method is used to enhance the particle. Experiments and analysis are given to test its efficiency; the improvement can make the algorithm stronger for solving the reconnaissance decision-making problem and maximize time efficiency and benefits.
机译:在本文中,我们考虑了在UAV网络网络中分散的任务分配问题。鉴于一组任务区域需要重新录制,此问题涉及任务区域的非重叠分配给UAV,以便最大化UAV的实用程序函数的总和。我们为该决策问题带来了有效的改进的粒子群优化(IPSO)算法。 IPSO使用二进制矩阵离散粒子;调整惯性因子自适应;还使用交叉和突变方法来增强颗粒。进行实验和分析来测试其效率;改进可以使算法更强地解决侦察决策问题并最大限度地提高时间效率和益处。

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