| 1. | At the same time , the phase unwrapping problem is very difficult i
同时，单基线insas的相位展开问题非常困难。 |
| 2. | Application of temporal phase unwrapping method in phase measurement profilometry
基于时间相位展开算法的相位测量轮廓术 |
| 3. | A region growing phase unwrapping algorithm based on local frequency estimation for interferometric sar
一种局部频率估计的区域生长相位展开方法 |
| 4. | The look - up table was created by quantizing the values of reliability to specify grades before phase unwrapping
为此提出了一种采用查找表的可靠度导向相位展开快速算法。 |
| 5. | Experimental results show that speed of the proposed algorithm is over 20 times faster than that of flood fill algorithm
由于采用查表代替了排序操作，相位展开速度获得了极大的提高。 |
| 6. | Since the sorting operation is time - consuming in current reliability - guided phase unwrapping algorithm , a fast algorithm looking up table is proposed
摘要在目前的可靠度导向相位展开算法中，排序操作非常费时。 |
| 7. | Theoretical analysis and practical measurement prove the availability of all of the methods and algorithms , and an improvement scheme is proposed
通过理论分析和实际测量，证明了系统标定方法、相位展开算法和图象处理及拼接算法的有效性。 |
| 8. | Due to the demerit of the algorithm , we present a new multi - frequency maximum likelihood estimation ( mle ) method based on traditional phase unwrapping method
这其中,针对的算法的缺点论文提出了一种基于相位展开的多频率最大似然估计( mle )算法。 |
| 9. | The speed of phase unwrapping is increased greatly because the ordered queue in this algorithm is developed by using look - up operation instead of sorting operation
在相位展开过程中，通过查表将相位待展开的点放到一个虚拟队列（等同于洪水算法中的有序队列）中，再进行相位展开。 |
| 10. | Because of the high operation efficiency and the more valuable project application , the network - flow algorithm is studied more deeply . but there are some disadvantages in the algorithm . the author remedies these flaws
由于网络流算法的速度快，更具工程应用价值，论文进行了更深入研究，同时提出了改进算法以得到更为精确的相位展开结果。 |
