1) the technique for order preference by similarity to ideal solution
近似理想点法
1.
Two methods of dispersion coefficient and the technique for order preference by similarity to ideal solution(TOPSIS) are applied to evaluate of sediment distribution in the typical nine irrigation districts.
在此基础上,分别应用分散系数法和近似理想点法对黄河下游9个典型灌区的泥沙分布进行评价,探讨灌区泥沙优化分布模式,为灌区改造或兴建的规划设计提供参考。
2) approximate aspiration dot arrange method
近似理想点排序法
1.
In this paper we can get a satisfied solution of equilibrium as the reservoir s optimal dispatching plan from the combining way between pluriennial regulation s ‘long series time last method’ which is easy to come into being‘non inferior solution ’ and multiple target decision ‘approximate aspiration dot arrange method’ which can avoid the effect of decision maker s incline.
通过将便于“穷举”生成非劣解集的多年调节“长系列时历法”与能较好地避免决策者偏好影响的多目标决策“近似理想点排序法”相结合的途径 ,得出了满意均衡解水库兴利优化调度方案 。
3) TOPSIS
逼近理想点法
1.
Analysis based on Intervals of Optimum Seeking Air Defense Campaign Operational Project with TOPSIS Method;
基于区间数的防空战役作战方案优选的逼近理想点法
2.
Application of TOPSIS for Arraying the Air-Defense Operation Deployment Schemes;
逼近理想点法在防空兵战斗部署方案排序中的应用
3.
TOPSIS of Multiple Attribute Decision Making Problem With Interval-Valued Weight;
权重为区间数的多指标决策问题的逼近理想点法
4) TOPSIS
理想点逼近方法
5) point approximation
点近似法
6) near P-ideal
近似P理想
补充资料：近似
相近或相像但不相同：这两个地区的方音有些～。
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