With advancements in technologies such as computers, flight control, automation, and the development of equipment materials, modern drone technology has rapidly progressed, leading to a diversification of drone types and an expansion of their application domains. The task allocation problem for drones constitutes a vital component of drone task allocation. Environmental factors, including wind, rain, lightning, and obstacles, pose real challenges to drone operations in high-altitude and low-altitude environments. Determining and mitigating the impact of these environmental factors on drone task allocation holds significant research importance.

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Heuristic Method for Task Allocation in Multi-Rotor Drones Under Wind Influence

  • He Luo,
  • Xiaoxuan Hu,
  • Guoqiang Wang,
  • Yingying Ma

摘要

With advancements in technologies such as computers, flight control, automation, and the development of equipment materials, modern drone technology has rapidly progressed, leading to a diversification of drone types and an expansion of their application domains. The task allocation problem for drones constitutes a vital component of drone task allocation. Environmental factors, including wind, rain, lightning, and obstacles, pose real challenges to drone operations in high-altitude and low-altitude environments. Determining and mitigating the impact of these environmental factors on drone task allocation holds significant research importance.