1) trimmed mean-based fusion
切尾加权
2) apodized weighting
切趾加权
3) Tschebyscheff polynomials
切比雪夫加权
1.
The paper applies these two algorithms to beam pattern synthesis of linear point array respectively,and repeats the emulation by changing those relational parameters,then compares their results with the method of Tschebyscheff polynomials.
SA算法和GA算法是近些年发展起来的两种全局优化算法,把这两种算法分别应用到线列阵波束图设计上,并通过改变那些相关参数反复仿真了多次,然后将其结果分别和线列阵的最佳加权-切比雪夫加权进行比较,可以发现它们基本逼近了切比雪夫加权的设计效果,满足了波束图设计的一般要求,并且发现GA算法较SA算法为优。
5) truncated sequential posterior odd test
截尾序贯验后加权检验
1.
It is very important to select a truncating point in the truncated sequential posterior odd test (SPOT), but there is no efficient method to solve the problem up to now.
选取截尾点是截尾序贯验后加权检验很关键的一步，目前理论上尚无有效的选取方法。
6) cropping of front and back ends
切头切尾
1.
As compared with the process technique and metal loss in wire rod production at home and abroad,analysis was made to study the status and cause of oxidation loss and cropping of front and back ends in wire rod production at Pangang.
通过与国内外线材生产工艺技术和金属损耗的对比，分析了攀钢线材生产中氧化烧损和成品切头切尾的现状及产生的原因，并从工艺改进和生产管理等方面提出了控制措施。
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参考词条