1) affine coordinate transformation
仿射坐标变换
2) Affine coordinate transformation/?Bolt sphere
仿射坐标变换/螺栓球
3) radiation-imitated Cartesian coordinate transformation
仿射直角坐标变换
4) affine coordinate
仿射坐标
1.
By view point of planar affine coordinates, the geometric significance of weight coefficients in multiple objectives programming has been interpreted.
本文用平面仿射坐标的观点 ,解释了目标规划中权系数的几何意义。
5) affine coordinates
仿射坐标
1.
Based on the idea,this paper proposed an efficient algorithm to compute 3P+Q directly over Fp in terms of affine coordinates,its computational complexity was 1I+3S+16M,saving one field inversion compared to Ciet\'s method.
根据这种思想,提出了素域Fp上用仿射坐标直接计算3P+Q的算法,其运算量为1I+3S+16M,比Ciet等人提出的方法节省了一次求逆运算。
6) projective coordinate transformation
射影坐标变换
1.
In this paper, Module Inverse Algorithm is omitted by using projective coordinate transformation.
通过射影坐标变换而省去求模逆运算,选取GF(2m)中3种代表性的射影坐标变换进行理论分析,得到的结果与在计算机上运行结果一致,从而得出x=X/z,y=y/Z2是最省时的射影坐标变换。
补充资料：仿射
仿射
affinity
仿射!确nity;呻中Ifu盯er] 仿射变换陌币ne transfo瓜atlon)的简称定义为非退化线性代换 二A派丰“
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