This paper presents a new method for phase unwrapping.
本文提出一种新的相位解缠方法。
A novel synthetical method for phase unwrapping is proposed in this paper.
提出了相位图去包裹的一种新的综合方法。
A new phase unwrapping algorithm based on reliability ordering was proposed.
提出一种基于可靠性排序的相位展开算法。
Phase unwrapping results of X SAR data have shown the validation of the analysis.
实际x -SAR数据的相位展开处理结果验证了本文的分析和结论。
A new phase unwrapping method based on structured light binary code is discussed.
探讨了一种新的基于结构光编码相展开技术。
Therefore a new method of Kalman Filters used in phase unwrapping and noise restraining is proposed.
并提出了卡尔曼滤波在相位解缠与噪声抑制中的一种新算法。
The difficulty of phase unwrapping cannot be avoided in optical measurement based on fringe analysis.
位相展开问题是所有基于条纹分析的光学测量技术都难以避免的问题。
Also the new algorithm improves the automatization of phase unwrapping by avoiding complex pole joint.
而且新算法避免了复杂的极点连接，提高了位相展开的自动化程度。
A novel phase unwrapping algorithm, based on intensity modulation analysis and adaptive threshold is presented.
提出了一种基于条纹调制度分析的位相去包裹新算法。
A two-dimensional phase unwrapping approach based on two-dimensional windowed Fourier transform (WFT) is proposed.
提出了一种基于二维短时傅里叶变换的干涉相位图解缠方法。
In this paper, we proposed a different method for height coordinatescalibration based on temporal phase unwrapping.
本文提出了一种基于时间相位展开的高度坐标校准方法。
The phase unwrapping process of fringe pattern can be achieved without any priori information or manual intervention.
该方法更充分利用条纹图像信息，算法稳健，可以实现完全自动的二维位相展开。
This paper mainly focuses on the 2-d phase unwrapping algorithm for Interferometric Synthetic Aperture Rader (INSAR).
该文讨论了干涉合成孔径雷达(INSAR)的二维相位展开算法。
Phase unwrapping is one of the most key steps in magnetic resonance imaging applications in which accurate phase is required.
相位展开是磁共振成像技术应用中最关键的环节之一，可以为磁共振的某些重要临床应用提供精确的相位信息。
When used in digital optical profiler, the phase unwrapping algorithm must be more general and robust, and has high efficiency.
在多种算法中，用于数字光学轮廓仪的相位去包裹算法必须具有较高的普遍适用性，而且必须兼顾健壮性与效率。
The path for phase unwrapping is determined by the intensity modulation in the pixels on the boundary of the phase unwrapped areas.
在位相展开区域的边界上，位相展开的路径由像素的强度调制决定。
Theoretical analysis and experimental results show that the method is suitable for the phase unwrapping of the demodulated spatial phase.
理论分析和实验结果证明该方法适用于条纹空间相位测量方法解调的包裹相位。
A simple phase unwrapping algorithm called ordered phase unwrapping is presented to retrieve the true phase of the object from wrapped phase.
提出了一个简单的相位去包裹方法条纹的级数相位去包裹算法，将其用来恢复物体的真实相位。
Phase unwrapping is one of the key steps for the processing of InSAR data. The quality of the unwrapping results affects the final DEM directly.
相位解缠是SAR干涉测量数据处理中的一个关键步骤之一，解缠结果的好坏直接影响最终数字高程模型的精度。
Phase extracting algorithm and phase unwrapping algorithm of interferogram processing based on phase shift interfering profilometry are discussed.
研究了相移干涉轮廓仪干涉图处理的相位提取算法和相位去包裹算法。
InSAS basic principle and signal processing including SAS imaging, interferogram acquisition and processing, phase unwrapping are simply introduced.
简要说明了干涉仪合成孔径声纳基本原理和信号处理过程：合成孔径成像、干涉图获取与处理和相位解卷。
Phase unwrapping is independent to path in ideal condition. But practical situation is complex; many phase-unwrapping methods have been put forward.
在理想情况下，相位展开结果与路径无关，但实际情况复杂多变，已经有很多的相位展开方法被提出来。
Phase unwrapping algorithm based on the fringe frequency analysis is applied to the interference pattern simulation model. We obtain the good result.
将条纹频率分析的相位展开方法应用于我们给出的干涉图模型，得到了很好的相位展开结果。
Two-dimensional phase unwrapping method is an active and interesting subject, and plays important roles in a great number of measurement applications.
二维相位展开方法是近年来较为活跃、引起关注的一个研究课题，它在许多测量应用中有着重要的作用。
Besides the general processing technique, this article focuses on the methods of flat-earth phase removal, phase noise reduction and phase unwrapping.
详细讨论了其中的去平地相位、相位图噪声抑制、相位展开等的实现方法。
Based on original unwrapping-phase method, a new phase unwrapping algorithm is presented, which is by region and multi-point, and against noise effect.
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。
In order to improve the precision of phase unwrapping in InSAR data processing, a new method is presented based on iterative-weighted greedy algorithm.
该文针对干涉SAR二维相位解缠问题，提出了一种利用贪婪算法提高解缠精度的新方法。
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 difficulty in phase unwrapping is the key problem that compromises reliability and prevents automatic measurement in grating projection profilometry.
叠相还原的困难是光栅投影式轮廓测量技术中影响可靠性和阻碍自动化测量的最大问题。
The difficulty in phase unwrapping is the key problem that compromises reliability and prevents automatic measurement in grating projection profilometry.
叠相还原的困难是光栅投影式轮廓测量技术中影响可靠性和阻碍自动化测量的最大问题。
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