Computation Offloading Optimization in Mobile Edge Computing Based on Multi-Objective Cuckoo Search Algorithm
Chunjin Song, Hui Xiang Zhou · 2020
In order to reducing the latency time and energy consumption of computation offloading in mobile edge computing, a discrete multi-objective cuckoo search algorithm for computation offloading (DMOCS-CO) is proposed. We consider the average latency time and average energy consumption of user terminals as the two optimization objectives and an approximate Pareto optimal set of the problem is obtained. Simulation studies indicate that the proposed algorithm can effectively achieve the multi-objective optimization of computation offloading in mobile edge computing and perform better than two other classic algorithms.