1) optimizing path
道路选优
1.
Contraposing complexity of quantificating and difficulty of consistency of comparison matrix in AHP, the paper adopts FAHP and provides a new method of determining ratio of factors combined with the project of material provision optimizing path.
针对一般层次分析法标度繁琐、判断矩阵一致性难以达到的不足 ,采用了模糊层次分析法(FAHP)并结合物资供应道路选优这一课题 ,为道路选优评价中各指标权值的确定提供了一种新方
3) routs optimization
路线选优
4) Transit Route Optimal Choice
路线优选
1.
An improved genetic algorithm is proposed,which makes some progress in selection operator,crossover operator,mutation operator and the stop criterion of a simple genetic algorithm,and in transit route optimal choice of public transportation.
该算法在公共交通路线优选过程中运用减少搜索空间、加入最佳保留策略和修正策略的方法,对基本遗传算法中的选择、交叉、变异算子及中止条件进行改进。
5) paths chosen
路径优选
1.
Faced with problems such as overpopulation,and information jam,we must seek a algorithm of multi-objects paths chosen that can obtain the best optimum effect.
面对当前城市道路网、信息传输网中出现的道路拥挤、信息堵塞等问题,在利用一种改进的Dijkstra算法获得单目标最优路径的基础上,从解决路段冲突入手,提出了两种多目标路径优选的实现方案。
6) well-chosen road
优选之路
补充资料：选优
1.选出优秀者。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条