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Self-Calibration Method Based on Surface Micromaching of Light Transceiver Focal Plane for Optical Camera

机译：基于光学相机光收发器焦平面微图像自校准方法

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Jin Li; Yuan Zhang; Si Liu; ZhengJun Wang;
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1. Self-Calibration Method Based on Surface Micromaching of Light Transceiver Focal Plane for Optical Camera [J] . Jin Li, Yuan Zhang, Si Liu, Remote Sensing . 2016,第11期

机译：基于光学相机光收发器焦平面表面微加工的自标定方法
2. Optical focal plane based on MEMS light lead-in for geometric camera calibration [J] . Jin Li, Zilong Liu Microsystems & Nanoengineering . 2017,第97期

机译：基于MEMS光导入的光学焦平面用于几何相机校准
3. Transmittance Measurement of the Nonplanar Optical Based on Focal-Plane-Array Camera [J] . Chengzhi Su, Feiou Jiang, Yan Zhuang, Engineering . 2012,第6期

机译：基于焦平面阵列相机的非平面光学器件的透射率测量
4. Step scan method to enlarge the field-of-view of focal plane array cameras by continuously rotating optical elements [C] . Michael Assel, Jochen Barth Conference on Infrared Technology and Applications XXX pt.2; 20040412-20040416; Orlando,FL; US . 2004

机译：通过连续旋转光学元件来扩大焦平面阵列相机的视野的步进扫描方法
5. Short wave Infrared Hyperspectral Camera Design based on Plasmonically Enhanced Nanowire Focal Plane Arrays [D] . Hung, Chung Hong. 2013

机译：基于等离子增强纳米线焦平面阵列的短波红外高光谱相机设计
6. Optical focal plane based on MEMS light lead-in for geometric camera calibration [O] . Jin Li, Zilong Liu 2017

机译：基于MEMS光导入的光学焦平面用于几何相机校准
7. Side-Slither Data-Based Vignetting Correction of High-Resolution Spaceborne Camera with Optical Focal Plane Assembly [O] . Chaochao Chen, Jun Pan, Mi Wang, 2018

机译：基于侧滑动数据的高分辨率空间相机与光学焦平面组件的侧滑动矫正
8. Flight Test Results From the Ultra High Resolution, Electro-Optical Framing Camera Containing a 9216 by 9216 Pixel, Wafer Scale, Focal Plane Array [R] . Mathews, B. , Zwicker, T. 1999

机译：超高分辨率，包含9216 x 9216像素，晶圆级，焦平面阵列的电光成帧相机的飞行测试结果

Self-Calibration Method Based on Surface Micromaching of Light Transceiver Focal Plane for Optical Camera

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