1) intensity retrieve phase
强度恢复相位
2) phase retrieval
相位恢复
1.
Hybrid input-output algorithm for phase retrieval of 2-D complex image in fractional Fourier domain;
分数傅里叶域中二维复图像相位恢复的混合输入输出算法
2.
Then the phase retrieval algorithm is engaged in order to find the best fitting Zernike polynomials for the unwrapped phase based on the diffraction intensity.
该算法的原理是将被解包络的相位作为输入光场,通过光学衍射计算得到其远场衍射光场的光强分布,然后使用相位恢复算法进行优化计算,得到一组用于表达连续波面的最佳Zernike多项式参数。
3.
In this paper, the principle of phase retrieval method with hardware and software realization is introduced.
介绍了相位恢复测量系统的软硬件实现原理。
3) phase retrieval
位相恢复
5) strength restoration
强度恢复
1.
The soil consolidation and strength restoration make the subsequence driving difficult.
结合一维应力波动理论、桩-土相互作用模型、土体的有效应力原理和固结理论,提出了模拟土体疲劳和强度恢复的数值分析方法,对采油平台的桩基工程进行了打桩分析,计算结果与实测数据吻合较好,说明提出的数值模拟方法具有可靠性。
6) carrier phase recovery
载波相位恢复
1.
According to the weakness of false synchronization and high sensitivity to timing error,the carrier phase recovery is combined with frame synchronization on the basis of maximum likelihood(ML-) estimation,and at the same time the false synchronization can be detected and corrected.
针对同步中对定时精度敏感,易假同步等弱点,在最大似然估计算法的基础上采取了载波相位恢复与码元帧同步相结合的方式,同时也可以对假同步进行检测和纠正。
2.
Aiming at the weakness of false synchronization and high sensitivity to timing error,the carrier phase recovery was combined with frame synchronization on the basis of maximum likelihood(ML-)estimation,and the false synchronization can be detected and corrected as well.
针对小波同步中对定时精度敏感,易假同步等弱点,在最大似然估计算法的基础上采取了载波相位恢复与码元帧同步相结合的方式,同时也可以对假同步进行检测和纠正。
补充资料：表光合强度(见光合强度)
表光合强度(见光合强度)
forecast of sowing or transplanting time
b iaoguanghe qiangdu表光合强度见光合强度
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条