仿视网膜探测器在相向运动中的仿真成像研究

粟宇路; 曹峰梅; 王凡; 白廷柱

光学技术, 2013, 39 (1): 28, 网络出版: 2013-01-24

仿视网膜探测器在相向运动中的仿真成像研究

The research on the imaging simulation of retina-like sensor in the forward motion

论文大纲

粟宇路 ^*曹峰梅王凡白廷柱

作者单位

北京理工大学光电成像技术与系统教育部重点实验室, 北京 100081

探测器成像仿真相向运动仿视网膜辐射状模糊 sensors imaging simulation forward motion retina-like radial blurring

摘要

成像过程中, 被摄像目标与摄像机之间的相向运动会造成图像的辐射状模糊。根据相向运动成像特点给出了仿视网膜探测器像元布局的初始结构, 建立了其在相向运动成像过程中的成像仿真模型。由仿真实验结果建立了探测器结构参数、模糊度及成像质量三者的关系, 验证了仿视网膜探测器在高速相向运动成像中的优势, 为仿视网膜探测器的设计奠定了基础。

Abstract

There is a radial blurring on the imaging of the target, when there is a forward motion between the video camera and the target. The initial pixel arrangement of the retina-like sensor is designed according to the imaging feature during the forward motion imaging process, and the imaging simulation model of the sensor is established. The relation among structure parameters, degeneration degrees and imaging quality are established by simulation results. That retina-like sensors have an advantage are proved in a forward motion. All results lay the foundation for the design of the retina-like sensor.

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粟宇路, 曹峰梅, 王凡, 白廷柱. 仿视网膜探测器在相向运动中的仿真成像研究[J]. 光学技术, 2013, 39(1): 28. SU Yulu, CAO Fengmei, WANG Fan, BAI Tingzhu. The research on the imaging simulation of retina-like sensor in the forward motion[J]. Optical Technique, 2013, 39(1): 28.

仿视网膜探测器在相向运动中的仿真成像研究

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