3) cosinus vector included angle
向量夹角余弦
1.
Problems existed in the subjective and objective weighting is pointed out and a new method of the cosinus vector included angle is taken to determine the index weight of weapon equipment elements and synthetically the quantitive damage value was obtained.
指出了目前主客观赋权法中存在的问题,采用向量夹角余弦方法确定装备各组件损伤评估指标的权重,并综合得出了装备的损伤量化值,结合给出的应用案例,证明了该方法具有所需信息量小、主客观综合性强、评估结果易于仿真实现等优点,并可有效地避免层次分析法中,主观判断所带来的随意性和客观赋权法中权重有时与目标对应的实际重要程度相悖的问题。
4) vectorial angle cosine
向量夹角的余弦
5) vector included angle cosine method
向量夹角余弦法
6) change vector direction cosine
变化向量方向余弦
补充资料：Fourier余弦变换
Fourier余弦变换
Fourier cosine transform
I议耐台余弦变换[I饭川份仪d理加田北而;Koc皿yc一uPe-o6pa”。a.e巾yp‘e] 见I议州匕变换(Fou〔屺rtla瑙form).
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