无人机多机协同侦察系统技术探究
Technical exploration of multi-drone cooperative reconnaissance system
随着信息技术的发展，无人机应用领域不断拓宽，在军事与民用领域均发挥着重要作用。尤其在军事领域，无人机凭借高机动性、高隐蔽性、低成本等特点，已成为战场侦察的核心装备。目前，西方国家已研制出多款先进无人机侦察系统，例如美国的“全球鹰”高空长航时无人机侦察系统、“捕食者”中空侦察打击一体化系统，可实现大范围战场监控与目标跟踪。为进一步提升无人机侦察系统的效能，更好地服务于战场需求，需通过多种技术手段实现多架无人机协同工作，并设计相应控制方法以优化系统运行效率。本文结合国内外无人机侦察系统的研究现状，重点分析多机协同任务分配、感知与决策控制、信息交互与分发等无人机协同侦察系统的关键技术，以期为未来无人机多机协同侦察系统的研究提供参考。
With the development of information technology, the application of UAV is expanding, and it plays an important role in both military and civil fields. Especially in the military field, drones have become the core equipment of battlefield reconnaissance due to their high mobility, high concealment and low cost. At present, western countries have developed a number of advanced UAV reconnaissance systems, such as the “Global Hawk” high-altitude long-endurance UAV reconnaissance system and the “Predator” medium-altitude reconnaissance and strike integrated system of the United States, which can realize large-scale battlefield monitoring and target tracking. To enhance the operational effectiveness of UAV reconnaissance systems and better meet battlefield requirements, it is essential to achieve coordinated operations among multiple drones through various technical approaches while designing optimized control methods. This paper synthesizes current research on UAV reconnaissance systems worldwide, focusing on critical technologies such as multi-drone task allocation, perception and decision-making control, and information exchange and distribution. The analysis aims to provide valuable references for future research on multi-drone collaborative reconnaissance systems.
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