Application Research of Edge Computing in Airborne Networks Algorithm

Due to the requirement of low cost and multi-interaction for UAV formation in future combat mode, in order to solve the problem of time and energy cost optimization through task allocation under the organization mode of UAV formation, this paper proposes a computational offloading model based on BAS algorithm under edge computing platform. With the aim of multi-objective optimization, the UAV formation is abstracted into a constrained communication cost model, and the system benefit function of time and energy cost is constructed. Finally, the multi-objective optimization problem is solved by using the improved BAS algorithm. The dynamic choice of time cost and energy cost in different scenarios can be realized by changing the weight of system income function. This scheme can effectively meet the requirements of low cost and multi-interaction of unmanned formation in the future combat style.