In recent years, significant changes have occurred in the world situation, with major power games rapidly escalating and unprecedented intense geopolitical conflicts. The new distributed, miniaturized unmanned aerial vehicle (UAV) swarm system has played a crucial role in geopolitical conflicts, demonstrating the strong combat capabilities and enormous combat potential of highly intelligent and autonomous unmanned combat equipment in future joint operations. This paper completes the design demonstration of an integrated electro-optical countermeasure system for air-to-ground combat by analyzing the technical characteristics of "low, slow, small" UAVs and the advantages of electro-optical systems in countering them. Through the analysis and demonstration of strike plans and indicators, methods such as multi-station coordination and adaptive saturation interception can meet the destructive requirements for incoming "low, slow, small" swarm targets.
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