TIME-MULTIPLEXED REAL-TIME ONE-WAY IMAGE COMPENSATION FOR HIGH-SPATIAL-FREQUENCY ABERRATION CORRECTION

Chakmakjian SH.; Koch K.; Kramer MA.; Esch V.; Gruneisen MT.

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TIME-MULTIPLEXED REAL-TIME ONE-WAY IMAGE COMPENSATION FOR HIGH-SPATIAL-FREQUENCY ABERRATION CORRECTION

机译：高空间频率像差校正的时分多路实时单向图像补偿

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A new self-aligning geometry for real-time holographic image reconstruction for one-way imaging through a phase aberrator is demonstrated. The input beams are time multiplexed to isolate the diffracted image from the reference beams after the image beams propagate through the hologram. This geometry permits the image-bearing beam and the reference beams to copropagate through the holographic plane. [References: 23]

机译：演示了一种新的自对准几何结构，用于通过相位像差器进行单向成像的实时全息图像重建。在图像光束传播通过全息图之后，对输入光束进行时分复用，以将衍射图像与参考光束隔离。这种几何形状允许图像承载光束和参考光束通过全息平面共传播。 [参考：23]

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《Applied optics》 |1995年第6期|共5页
作者
Chakmakjian SH.; Koch K.; Kramer MA.; Esch V.; Gruneisen MT.;
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正文语种 eng
中图分类光学;
关键词
Real-time holography; One-way imaging; Image compensation; Aberration correction; Phase-conjugation; Fluorescein;

机译：实时全息;单向成像;图像补偿;像差校正;相位共轭;荧光素;

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专利

1. TIME-MULTIPLEXED REAL-TIME ONE-WAY IMAGE COMPENSATION FOR HIGH-SPATIAL-FREQUENCY ABERRATION CORRECTION [J] . Chakmakjian SH., Koch K., Kramer MA., Applied optics . 1995,第6期

机译：高空间频率像差校正的时分多路实时单向图像补偿
2. Development of a real-time wave field reconstruction TEM system (II): correction of coma aberration and 3-fold astigmatism, and real-time correction of 2-fold astigmatism [J] . Tamura Takahiro, Kimura Yoshihide, Takai Yoshizo Microscopy . 2018,第1期

机译：建立实时波场重建TEM系统（II）：校正彗形像差和3倍散光，以及2倍散光的实时校正
3. Simple image intensity compensation (SIMIC) method prior to application of distortion correction algorithms in brain diffusion Tensor Magnetic Resonance Imaging: Validation test for two cost functions of distortion correction algorithms [J] . Lee Dong-Hoon, Lee Do-Wan, Han Bong-Soo International journal of imaging systems and technology . 2015,第4期

机译：在脑扩散张量磁共振成像中应用畸变校正算法之前的简单图像强度补偿（SIMIC）方法：畸变校正算法的两个成本函数的验证测试
4. Real-time estimation and correction of quasi-static aberrations in ground-based high contrast imaging systems with high frame-rates [C] . Alexander T. Rodack, Jared R. Males, Olivier Guyon, SPIE Astronomical Telescopes + Instrumentation Conference . 2018

机译：高帧率地面高对比度成像系统中准静态像差的实时估计和校正
5. Phase aberration correction for real-time three-dimensional transcranial ultrasound imaging. [D] . Ivancevich, Nikolas Moravek. 2009

机译：实时三维经颅超声成像的相差校正。
6. Aberration Compensation of an Ultrasound Imaging Instrument With a Reduced Number of Channels [O] . Wei Jiang, Jeffrey P. Astheimer, Robert C. Waag -1

机译：超声成像仪的像差补偿随着频道数量的减少
7. Real-time estimation and correction of quasi-static aberrations in ground-based high contrast imaging systems with high frame-rates [O] . Alexander T. Rodack, Jared R. Males, Olivier Guyon, 2018

机译：高帧速率基于地面高对比度成像系统中的准静态像差的实时估计和校正

TIME-MULTIPLEXED REAL-TIME ONE-WAY IMAGE COMPENSATION FOR HIGH-SPATIAL-FREQUENCY ABERRATION CORRECTION

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