( 3 ) derive a way to get the point estimations of parameters under normal working condition stress ( 3 )给出了求正常工作应力下参数点估计的方法。
Consulting the previous research , the paper suggested the calculation method of every characteristic parameter point in restoring force model 参考前期研究成果提出了恢复力模型中各个特征参数点的计算方法。
( 2 ) the relation of each image feature point and the most evident curve membership is discovered , such relation can be used to reduce redundancy of parameter space , depresses computational effort and suppresses the false accumulator cells etc . the most evident curve membership is then fed to the original image space , the information of image pixels can be recovered , the shorter line can be found , the bad line can also be repaired and the pr ecision of beeline detection can be improved ( 2 )提出图像特征点与参数点一一对应的可能性,实现了图像特征点对应于参数空间某一最优参数点,减少了参数空间的冗余量,降低了计算量,压缩了伪累积点;并将最优参数点反馈回图像平面,恢复图像特征点信息,可以检测出较短线段,修补破损直线,提高了直线检测的精度。
参数: parameter点: drop乘数点: multiplier points少数点: base point; radix point像数点: fstn lcd小数点: radix point; decimal point整数点: integral point指数点: index points众数点: modal point参数: parameter 动态参数 dynamic parameter 【桥牌】数点子。: point count点,小数点,句号: dot n二进小数点: point binary; point, binary浮动小数点: floating point固定小数点: fixed point基点;小数点: base point基数小数点: radix point加小数点: point off假定小数点: a umed decimal point; assumed decimal point假设小数点: assumed decimal point可变小数点: variable point可移小数点: point, variable量子数点阵: quantum number lattice桥牌数点: point count实际小数点: actual decimal point; actual decimal-point