中国科学院机构知识库网格系统: 检索

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	Imaging Chain Modeling and a Scaling Experiment for Optical Remote Sensing of Lunar Surface 期刊论文 OAI收割 IEEE TRANSACTIONS ON INSTRUMENTATION AND MEASUREMENT, 2024, 卷号: 73 作者: Li, Menghao; Li, Ruikang; Bao, Shiwei; Xu, Zhihai; Li, Qi \| 收藏 \| 浏览/下载：9/0 \| 提交时间：2024/11/20 Imaging chain modeling optical instrument calibration remote-sensing camera scaling physical experiment
	Alignment error detection method of sub-eye mounting hole for bionic compound eye system 期刊论文 OAI收割 Chinese Optics, 2019, 卷号: 12, 期号: 4, 页码: 880-887 作者: G.Zhang; X.-H.Wang; D.-Y.Li \| 收藏 \| 浏览/下载：47/0 \| 提交时间：2020/08/24 Errors,Bionics,Image resolution,Imaging systems,Mountings,Optical design,Optical instrument lenses
	Optimum design of braced structure for optical fiber image transmission module based on inert strength 期刊论文 OAI收割 Hongwai yu Jiguang Gongcheng/Infrared and Laser Engineering, 2019, 卷号: 48, 期号: 5 作者: F.Yang; H.Tian; C.Yan; C.Wu; D.Mu \| 收藏 \| 浏览/下载：35/0 \| 提交时间：2020/08/24 Light transmission,Ground supports,Imaging systems,Natural frequencies,Optical fibers,Optical glass,Optical instrument lenses,Shape optimization,Structural design,Structural optimization,Topology
	Truncated two-stage compound parabolic concentrator for collecting human diffuse transmission light 期刊论文 OAI收割 Optica Applicata, 2018, 卷号: 48, 期号: 2, 页码: 325-335 作者: Gao, J.; Han, G.; Lu, Q. P.; Ding, H. Q.; Xu, J. H. \| 收藏 \| 浏览/下载：15/0 \| 提交时间：2019/09/17 optical design compound parabolic concentrator (CPC) non-imaging optics near infrared spectroscopy medicine optical instrument glucose Optics
	Design of tracking and detecting lens system by diffractive optical method 期刊论文 OAI收割 Proceedings of SPIE: Advanced Optical Design and Manufacturing Technology and Astronomical Telescopes and Instrumentation, 2016, 卷号: 10154, 页码: 101541H 作者: Yang, Jiang; Qi, Bo; Ren, Ge; Zhou, Jianwei \| 收藏 \| 浏览/下载：60/0 \| 提交时间：2018/06/14 Diffractive Optics Feature Extraction Image Resolution Imaging Systems Lenses Manufacture Optical Design Optical Instrument Lenses Optical Systems Radio Telescopes Target Tracking Telescopes
	An improved histogram matching algorithm for the removal of striping noise in optical remote sensing imagery 期刊论文 OAI收割 OPTIK, 2015, 卷号: 126, 期号: 23, 页码: 15536-15560 作者: Cao, Biao; Du, Yongming; Xu, Daqi; Li, Hua; Liu, Qinhuo 收藏 \| 浏览/下载：26/0 \| 提交时间：2016/04/20 Striping noise Destriping Optical imaging instrument Detector response function Improved histogram matching
	Recent advances in bioluminescence tomography: methodology and system as well as application 期刊论文 OAI收割 LASER & PHOTONICS REVIEWS, 2014, 卷号: 8, 期号: 1, 页码: 94-114 作者: Qin, Chenghu; Feng, Jinchao; Zhu, Shouping; Ma, Xibo; Zhong, Jianghong 收藏 \| 浏览/下载：94/0 \| 提交时间：2015/08/12 Bioluminescence tomography biophotonics optical molecular imaging inverse source reconstruction optical imaging instrument multimodality fusion
	Imaging system effects on the measuring accuracy of the optical surface in interferometer (EI CONFERENCE) 会议论文 OAI收割 3rd International Conference on Measuring Technology and Mechatronics Automation, ICMTMA 2011, January 6, 2011 - January 7, 2011, Shanghai, China Yang W.; Liu M.; Xu W. 收藏 \| 浏览/下载：24/0 \| 提交时间：2013/03/25 In order to measure high accuracy or mid spatial frequency optical surfaces this study investigated imaging system in Fizeau interferometer. Interferometer is a transferring phase information system. General transfer function can't evaluate the ability of imaging system in interferometer that transfers the phase information of the optical surface. So this paper deduced instrument transfer function (ITF) and used ITF to evaluate the phase information transfer ability of interferometer. We obtained some results about ITF of imaging system by numerical simulation when there are different aberrations in imaging system or measuring optical surfaces were different. Our results indicate that ITF can evaluate the ability of transferring phase information in interferometer and the distortion of imaging system evidently affects the accuracy of interferometric measurements. 2010 IEEE.
	Level 0 and level 1 data processing for a type of hyper-spectral imager (EI CONFERENCE) 会议论文 OAI收割 2009 International Conference on Optical Instruments and Technology, OIT 2009, October 19, 2009 - October 21, 2009, Shanghai, China Li X.; Yan C. 收藏 \| 浏览/下载：71/0 \| 提交时间：2013/03/25 Hyper-spectral imaging (HSI) is a kind of optical remote sensor that can simultaneously obtain spatial and spectral information of ground targets. We are now designing a data processing system for a type of space-borne push-broom HSI then it performs radiometric and spectral calibration based on the ground calibration results and onboard calibration collection. The detailed algorithms for bad pixel replacement which has 128 spectral channels covering the spectral range from 400nm to 2500nm. With its large amount of spectral channels radiometric and spectral calibration were presented. After processing the HSI collects large volume of spectral imaging data need to be efficiently and accurately processed and calibrated. In this paper the digital numbers downlinked from the spacecraft can be converted into at-sensor absolute spectral radiance of ground targets the detailed Level 0 and Level 1 data processing steps for the HSI were presented. The Level 0 processing refers to a set of tasks performed on the data downlinked from the spacecraft thus providing accurate quantified spectral imaging data for various applications. 2009 SPIE. including decoding to extract science data separating the science data into files corresponding to different tasks (e.g. ground imaging dark imaging and onboard calibration) checking data integrity and instrument settings data format conversion and Level 0 files creation. The Level 1 processing performs several steps on Level 0 data. Firstly it corrects the image artifacts (mostly the SWIR smear effect) subtracts the dark background and performs the bad pixel replacement according to the prelaunch measurement