提出了一种利用最优化理论的移动鲁棒性优化( MRO) 与移动负载均衡( MLB)间冲突避免策略．该策略考虑用户在时间 T 内接收信号强度的变化量，对不同用户动态调整切换范围，并对 MLB 问题进行数学建模，利用最优化理论设计目标优化函数，将切换参数 O 的取值范围作为约束条件，求得切换参数的最优值．仿真结果表明，该方法不仅能避免 MRO 与 MLB 间冲突的发生，而且能更有效地均衡小区负载，降低重载小区用户接入阻塞率、无线链路失败率，提高网络平均吞吐量．

Proposed in this paper is an optimization theory- based strategy of avoiding the conflict between MRO(Mobility Robustness Optimization) and MLB (Mobility Load Balancing).This strategy takes into considerationthe variation of users' received signal reference power in the period of T,so that the handover range for different userscan be dynamically adjusted.Moreover,based on the optimization theory,optimization objectives are designed forthe modeled MLB problem,and the allowed range of handover parameter O is set as the constraint to obtain theoptimal value of the handover parameter.Simulation results indicate that the proposed strategy not only avoids theconflict between MRO and MLB but also balances the cell load effectively,and that it helps to decrease the callblocking ratio and radio link failure as well as increase the network throughput.