首先揭示,康托对角线法的使用存在一个隐含前提。
First, this paper reveals that Cantor's Diagonal Argument has an enigmatic premise.
在已知目标边缘点坐标的基础上,采用最短对角线法完成轮廓拼接并最终实现绘制。
After that we use the shortest diagonal method to complete the contour tiling and render the surface at last.
对互联电路的计算,可利用三对角线方程组的追赶法,减小了计算量,提高了计算速度。
The calculation time of cascade circuit was reduced by using of the chase after method of tridiagonal equations.
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