1) ward methods
离差平方和法(Ward法)
2) Ward's minimum variance method
Ward最小方差法
3) square sum of deviations
离差平方和法
1.
Through clustering calculation of bidding curve from certain electricity market,it is shown that bidding curve can be classified accurately and efficiently using 20-segment model and square sum of deviations in the average electr.
通过对某电力市场的报价曲线聚类计算表明 ,在平均电价差值积分模型中使用 2 0段分段模型 ,并采用离差平方和法进行聚类 ,可以对电力市场中机组的报价曲线实现较准确有效地分类。
4) differential square method
离差平方法
1.
Application of differential square method for sharing compensation benefits between cascade hydropower stations and for sharing costs between multipurpose water projects;
离差平方法在梯级水库补偿效益和综合水利工程费用分摊中的应用
2.
Based on the application of SCRB and Shapley methods for multi-objective navigation & hydropower junction engineering,this paper integrates various investment apportionment amount by differential square method basing on the theory of probability to achieve more reasonable and effective investment apportionment result.
对多目标航电枢纽项目采用SCRB法和Shapley值法进行投资分摊的基础上,运用基于概率论原理的离差平方法综合各种不同的投资分摊额,得到了更加合理、有效的投资分摊结果。
5) Ward method
Ward法
1.
Ward method belonging to system clustering is introduced to the study of load characteristics classification,and an application example of the method in regional power system is given.
将系统聚类法中的Ward法引入到负荷特性分类研究中,并给出了该方法在一个区域电网中的应用实例。
6) sum square error
误差平方和法
补充资料：离法爱
【离法爱】
（术语）又云无法爱。十乘观之一。
（术语）又云无法爱。十乘观之一。
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