提出了零序电流有功增量和零序电流幅值增量作为判据的故障点定位方法。
This paper also proposed a new fault locating method based on either the active component increment or the amplitude increment of zero-sequence current.
如果移位值为零(N为0)，则函数使用源图像的指定位深度。
If the shift value is zero, the VI USES the specified bit depth of the source image.
根据微型零件中圆孔的成像特点，为了实现其高精度定位，提出了基于双三次样条插值的圆孔定位方法。
The numerical example showed that SSPI method had higher accuracy and better practicability than the method of cubic spline collocation.
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