摘要
本文针对模拟对讲机向数字对讲机过渡的过程中中继站的分配问题,基于蜂窝覆盖原理,提出利用移动伪区域法和免疫算法对不同地形中中继站分配最优化的方法。首先根据规划区域面积以及数字和模拟对讲机用户数目来估算所需中继站的数目并计算中继站有效作用距离,之后利用移动伪区域法和免疫算法分别对平坦地形区域和复杂地形区域进行仿真。仿真结果证明该方法的有效性和可行性。
Based on the allocation problem existing in the transition from analog interphone to digital interphone and the cellular covering theory,this passage aims at proposing the optimized version of repeater in different terrain,using the Moving Pseudo-area method and Immune Algorithm.At first we should estimate the number of repeater and its effective distance according to the planning area and the number of the users.And then we would use the Moving Pseudo-area methods and Immune Algorithm to emulate the subdued topography and complex topography.The emulation result will prove the effectiveness and feasibility of the version.
出处
《价值工程》
2011年第29期143-144,共2页
Value Engineering
关键词
数字对讲机
中继站分配
最优化
移动伪区域法
免疫算法
digital interphone
repeater distribution
optimization
Moving Pseudo-area methods
Immune Algorithm
