英语翻译采用“厚近薄远”原则优选α值时权重大小及判据公式的选择：将A带入公式B,求出相应的C.求出所有的D对应的F后,选择最小的H所对应的J值,这个值就是我们在远近相同原则下求出的最

英语翻译采用“厚近薄远”原则优选α值时权重大小及判据公式的选择：将A带入公式B,求出相应的C.求出所有的D对应的F后,选择最小的H所对应的J值,这个值就是我们在远近相同原则下求出的最
英语翻译
采用“厚近薄远”原则优选α值时权重大小及判据公式的选择：将A带入公式B,求出相应的C.求出所有的D对应的F后,选择最小的H所对应的J值,这个值就是我们在远近相同原则下求出的最优K值.进行近一百次的运算选出最优的平滑系数.分别采用G和L作为优选平滑系数N的目标函数.实验程序用MATLAB语言编制,用前11年的数据按照远近相同原则和厚近薄远的原则优选出的平滑系数M值.见表1所示.

英语翻译采用“厚近薄远”原则优选α值时权重大小及判据公式的选择：将A带入公式B,求出相应的C.求出所有的D对应的F后,选择最小的H所对应的J值,这个值就是我们在远近相同原则下求出的最
Choosing for weights and criterion formulas when optimum-seeking for α value with principle as "giving more weight on the closer one rather than the further":
A was substituted into Formula B to produce relevant C (value). Having got F values in accrdance with all D (values), this very J value produced by minimum H was equalled to the optimum K value calculated under principle as "equality between the closer one and the further". Then optimum smoothing coefficient was chosen through calculations of around 100 times. G and L were taken respectively as target functions for optimum-sought smoothing coefficient N. Experimental procedure was programed with MATLAB language and, smoothing coefficient M values were optimumly sought based on datum during previous 11 years with two principles as above respectively. All is showed in Figure 1.
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而英语国家的人却认为长寿的动物是大象，与鹤没有什么关系，他们认为仙鹤是Chinese and English words in some animals there are some similarities in

The thick BoYuan "principles" nearly optimal alpha value and the size of the weight of the criterion choice: will A formula into the formula for the corresponding B, C. Find out all the D the correspo...

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The thick BoYuan "principles" nearly optimal alpha value and the size of the weight of the criterion choice: will A formula into the formula for the corresponding B, C. Find out all the D the corresponding F, the smallest H choose corresponding values, the value of J in the near the same principle is that we seek out the optimal K value. Nearly one hundred times for the operation of the smooth, selecting the best coefficient. Were used respectively to G and L as optimal objective function of the smooth coefficient N. Experiment with MATLAB language program for 11 years, before using the data according to the same principle and thick far and near the principle of BoYuan used to make smooth coefficient M value. See table 1 below.

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The thick BoYuan "principles" nearly optimal alpha value and the size of the weight of the criterion choice: will A formula into the formula for the corresponding B, C. Find out all the D the correspo...

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The thick BoYuan "principles" nearly optimal alpha value and the size of the weight of the criterion choice: will A formula into the formula for the corresponding B, C. Find out all the D the corresponding F, the smallest H choose corresponding values, the value of J in the near the same principle is that we seek out the optimal K value. Nearly one hundred times for the operation of the smooth, selecting the best coefficient. Were used respectively to G and L as optimal objective function of the smooth coefficient N. Experiment with MATLAB language program for 11 years, before using the data according to the same principle and thick far and near the principle of BoYuan used to make smooth coefficient M value. See table 1 below.

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