The electromagnetic battlefield is the fifth-dimensional invisible battlefield above the tangible geographical battlefield of land, sea, air and sky. The integrated electronic warfare system is a killer to seize the right to control the electromagnetic properties of the system to the system and the organization to organization in modern war. Unmanned aerial vehicle has significant advantages in terms of endurance, combat distance and mobility, which are more suitable for application in

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... c warfare. In this paper, a method of constructing an integrated EW system based on UAVs is proposed, which takes integrated design, integrated control, integrated management and comprehensive application as the core. The single platform is realized through the hardware integrated of general sensors, general antennas, general interfaces and general processers, as well as software drivers of flight management, load management, navigation management and platform management. The multiplatform is realized through satellite platforms, high-altitude and long-endurance UAVs, medium-altitude and long-endurance UAVs, medium-low altitude and long-endurance UAVs, vertical takeoff and landing UAVs, underwater UAVs, ground equipment and vehicle-mounted platforms. By means of combat classification commands, intelligence hierarchical processing and distributed confrontation to make each defense zone and each system can not only fight independently but also command cooperatively. The repeated use of force is reduced, the effective use of intelligence is improved, and the continuous combat force is ensured through the comprehensive management of three armed forces. Through the combination of peace and war, far and near, air and land, soft and hare, and true and false to maximize the effectiveness of integrated electronic warfare system most efficient. Therefore, the method in this paper will surely become a brand-new conceptual weapon with a high cost-effectiveness ratio and both attack and defense, which is of military significance.