提出一种基于可靠性排序的相位展开算法。
A new phase unwrapping algorithm based on reliability ordering was proposed.
该文讨论了干涉合成孔径雷达(INSAR)的二维相位展开算法。
This paper mainly focuses on the 2-d phase unwrapping algorithm for Interferometric Synthetic Aperture Rader (INSAR).
针对噪声对相位展开的影响，在原有的相位展开算法基础上提出了基于多点的抗噪区域展开法。
Based on original unwrapping-phase method, a new phase unwrapping algorithm is presented, which is by region and multi-point, and against noise effect.
由于利用边缘检测使增长环搜寻所需的扫描范围在很大程度上缩小，最小不连续相位展开算法的效率得到了很大提高。
Because the required scanning range is cut down to a large extent by use of edge detection methods, the efficiency of the minimum-discontinuity phase unwrapping algorithm is significantly improved.
这种算法的关键是选择相干图来标识相位数据的可靠性，相位展开的路径由相干图导向。
The key of the algorithm is to point out the dependability of data by choosing coherence maps.
这种算法的关键是选择相干图来标识相位数据的可靠性，相位展开的路径由相干图导向。
The key of the algorithm is to point out the dependability of data by choosing coherence maps. The way for phase unwrapping is guided by coherence maps.
这种算法的关键是选择相干图来标识相位数据的可靠性，相位展开的路径由相干图导向。
The key of the algorithm is to point out the dependability of data by choosing coherence maps. The way for phase unwrapping is guided by coherence maps.
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