UAV-enabled Wireless Energy Transmission and Information Collection Based on Consensus-based Bundle Algorithm

In the wireless network, unmanned aerial vehicle (UAV)-enabled energy transmission and information collection can achieve flexible and effective data dissemination and operational guarantee. How to realize the scheduling of UAVs to accomplish the energy transmission and information collection tasks is an inevitable issue in the UAV-enabled wireless network. In this paper, the UAV-enabled wireless network model is firstly established. Then, consensus-based bundle algorithm is applied in the UAV-enabled wireless network to establish the feasible and conflict-free schedules for UAVs to execute parallel energy transmission and information collection tasks when maximizing the global score value. Simulations verify the validity of the proposed UAV scheduling algorithm for the UAV-enabled wireless energy transmission and information collection.