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The status of multi UAV cooperative cluster operation in the military field is more and more prominent. Its electronic interference to the radar network is always the focus of military electronic warfare. This paper studies the rules and characteristics of deceptive Jamming of multiple UAVs to radar network, and focuses on how to use the least number of UAVs to generate fake track deception to radar network. This paper starts with the geometric space relationship between the UAV and the radar network. Based on the geometric spatial relationship between the false track of UAV and radar network, a concise mathematical model is established, and the analysis and solution flow of the model is given, which provides important enlightenment for improving the electronic countermeasure capability of the grouped UAV.

With the gradual popularization of the application of intelligent air vehicle in various fields, the problems related to its application are becoming a hot research topic increasingly. Rapid path planning in complex environment is an important topic of intelligent air vehicle control. Because of the limitation of the system structure, the positioning system of this kind of air vehicle cannot locate itself accurately. Once the positioning error accumulates to a certain extent, it may lead to the failure of the mission. Therefore, it is an important task to correct the positioning error in the flight path planning of intelligent air vehicle. This paper makes a deep study on the problem of flight path planning. By simplifying the three-dimensional space problem into a two-dimensional plane geometry problem, the optimization mathematical model is established by using the dynamic decision optimization method, and the problem of how to plan the optimal flight path by using the known space correction points is analyzed in detail, which provides some enlightenment for optimizing the flight path, improving the flight success rate and improving the performance of the air vehicle.

The confrontation between group UAV cooperation and netted radar is always the focus of the game in the field of electronic warfare. In this paper, the model of multi UAV cooperative jamming netted radar system is studied, and the optimization model of how to generate false track by using the least number of UAVs is analyzed in detail to implement the optimal jamming to netted radar. Through the concise space physical relationship, the mathematical model which can be solved is established, which provides important enlightenment for improving the UAV jamming effect and improving the UAV Tactical performance.