软件
軟件
연건
SOFT WARE
2014年
7期
106-108
,共3页
调度策略%设备维修%PSO
調度策略%設備維脩%PSO
조도책략%설비유수%PSO
Wartime%Equipment Repair%Particle Swarm Optimization%Scheduling Strategy
信息化条件下，战时装备维修优化调度问题是装备维修保障过程中的关键问题。本文根据PSO算法建立模型提出了战时装备维修保障调度策略，最大限度的提高战时维修保障系统的效能，同时对PSO算法进行改进，解决算法中的局部最优化问题，最后与基于FCFS算法的维修保障调度策略进行对比，通过仿真实验证明PSO算法对调度性能有明显改善。
信息化條件下，戰時裝備維脩優化調度問題是裝備維脩保障過程中的關鍵問題。本文根據PSO算法建立模型提齣瞭戰時裝備維脩保障調度策略，最大限度的提高戰時維脩保障繫統的效能，同時對PSO算法進行改進，解決算法中的跼部最優化問題，最後與基于FCFS算法的維脩保障調度策略進行對比，通過倣真實驗證明PSO算法對調度性能有明顯改善。
신식화조건하，전시장비유수우화조도문제시장비유수보장과정중적관건문제。본문근거PSO산법건립모형제출료전시장비유수보장조도책략，최대한도적제고전시유수보장계통적효능，동시대PSO산법진행개진，해결산법중적국부최우화문제，최후여기우FCFS산법적유수보장조도책략진행대비，통과방진실험증명PSO산법대조도성능유명현개선。
Under the condition of information technology, wartime equipment repair optimization scheduling problem is a key problem in the process of repair security. In this paper, according to the PSO algorithm based model is proposed for the wartime equipment repair security scheduling strategy, maximize the wartime repair support system effectiveness. Im-proved the PSO algorithm, solved the local optimization algorithm, compared with the FCFS repair security scheduling strat-egy, The simulation experiments show that the POS algorithm to scheduling performance is improved obviously.
