光电成像

基于DSP的光电成像跟踪系统研究

Study on Optoelectronic Imaging and Tracking System Based on DSP

光学低通滤波器（opticallowpassfilter，OLPF），经常采用双折射晶体，并被广泛的运用于光电成像系统中。

Optical low-pass filter ( OLPF ), birefringent crystal is adopted in most case , has been wide-applying in opto-electric imaging system .

随着高性能增强CCD技术的迅速发展，水下探测手段也从传统的声波成像向光电成像方面发展。

As the rapid development of ICCD technology , the method for viewing underwater objects has changed from sonar to photoelectricity .

用Vega生成真实传感器效果的光电成像模拟方法

Imaging simulation method for modeling real sensor effect by Vega

CCD相机，又称数字相机，它是运用CCD光电成像技术发展起来的新一代相机。

CCD camera , has another name called digital camera . It is a new generation camera with the development of digital imaging technology .

光电成像系统性能参数MRC及其测量方法

Electro - Optical Imaging System Performance Parameter MRC and its Measurements

调制传递函数（MTF）是评价光电成像系统性能的重要指标之一。

Modulation transfer function ( MTF ) is one of the important characters of an electro-optical imaging system performance .

随着光电子技术的飞速发展，基于电荷耦合器件（CCD）为信号接收元件的光电成像器件获得了日益广泛的应用。

With the rapid development of photonics technology , based on charge-coupled device ( CCD ) for receiving the signal of the photoelectric imaging system components access to an increasingly wide range of applications .

由于近年来随着光电成像技术的迅猛发展，CCD彩色相机能够在空间和时间分辨率上同时获得更多的图像数据，从而更好地对目标进行识别。

Optical imaging in recent years with the rapid development of technology , CCD color camera in the spatial and temporal resolution at the same time obtain more image data to better identify the target .

本论文通过研究确定了微光夜视摄像物镜参数、像增强器型号、转像物镜参数、CCD光电成像器件型号。

Through the research , the thesis defines the parameters of the camera lens in the low light level night vision system , image intensifier models , parameters of the turning lens and CCD sensitization device models .

电荷耦合器件（CCD&chargeCoupledDevice）作为一种新型光电成像器件具有许多优于其他成像器件的特点，其应用领域已扩展到航天、遥感、工业、天文、通讯等诸多领域。

As a new photoelectric imaging device , the charge-coupled device ( CCD ) is much better than other imaging devices . And it is widely used in many fields , such as spaceflight , remote sensing , industry and communication , and so on .

目的采用简易光电成像系统记录胚胎干细胞（ES细胞）体外定向分化心肌细胞的搏动频率，为药物诱导ES细胞体外定向分化心肌细胞提供量化评价指标。

AIM To provide a simple method to investigate the inducible effects of drugs on the directional differentiation of embryonic stem ( ES ) cells to cardiomyocytes in vitro by adopting a photoelectricity-imaging system .

在对测试结果进行误差分析的基础上，对大视场CCD摄像机进行了实际测试。结果表明，该装置可广泛应用于光电成像系统的像面均匀性测量。

On the basis of the error analysis of testing results , the experiment of the CCD camera with large-field angle indicates that this device can be widely utilized in the measuring of image sensors ' uniformity of image-forming systems .

分析与计算了光电成像系统对1.06μm激光光斑的探测性能，根据计算结果，设计了一个与特定CCD摄像机相匹配的光学成像物镜，最后给出了实验结果。

The detection performance of a photoelectric imaging system on 1.06 μ m laser facula is analyzed . Based on the result , an objective lens matching the CCD camera has been designed . Finally , the experiment results are presented .

针对CCD器件对1.06μm激光信号探测的难点，提出了利用红外变像管加CCD摄像机的二次光电成像方法。

It is known that 1.06 μ m laser are hard to detect with a CCD camera . To solve this problem , this paper proposes a twice imaging method that combine IR image tube with CCD camera to detect 1.06 μ m laser .

与传统光电成像系统成像质量的评价方法比较，最小可分辨对比度MRC能够更全面地反映光电成像系统的极限性能。

Compared to traditional quality evaluation methods for Electro-Optical ( E-O ) imaging system , MRC could be able to describe the limited performances of E-O imaging system more generally .

该方法对建立微光ICCD成像系统MRC理论模型具有重要的指导意义，对直视型微光成像系统MRC特性的测量具有借鉴意义，对光电成像系统成像质量的评价具有重要的使用价值。

The method has important guidance meaning to MRC modeling for ICCD imaging system , has special reference to direct Low-Light-Level imaging systems , has practical advantages to quality evaluation for electro-optical imaging systems .

论文对生物光电成像系统常见的离焦、衍射模糊问题进行了仿真，用此算法实现了退化图像的恢复和OTF的估计。

Numerical experiments are made to simulate the degradation arisen from diffraction and defocus in optoelectronic imaging system for biology . The deblurred image and the PSF are well simultaneously estimated by using this algorithm .

CCD（电荷耦合器件）是目前应用较广的光电成像器件，因其优异的成像性能，使CCD图像采集系统在军事，航天，医疗，化工等领域有着广泛的应用。

At present , CCD ( Charged-coupled device ) is one of the most widely used electro-optical imaging devices . Because of its excellent imaging performance , image acquisition system based on CCD is also widely applied in many fields such as military , aircraft , medicine , chemical industry .

光电成像系统混淆效应的定量分析

Quantitative Analysis of Aliasing Effects in Opto - Electric Imaging Systems

软性亲水性接触镜几何参量的光电成像测量方法

Geometrical Parameters Measurement of Contact Lens With A Novel Imaging Method

介绍了光电成像法测量桥梁挠度系统的工作原理。

The principle of photoelectric imaging deflection measurement system are presented .

光子扫描隧道显微镜的光电成像系统研究

The study of the imaging experiments of photon scanning tunneling microscopy

光电成像挠度测量系统的照度和对比度分析

Analysis on the Illumination and Contrast of Imaging Deflection Measuring System

光电成像系统激光有源干扰技术及其计算机仿真

Laser Active Jamming of Photo-electric Imaging System and Its Computer Simulation

图像变异对抗光电成像制导武器的仿真研究

Simulation of image distortion antagonizing photoelectric imaging - guided weapons

微扫描对光电成像系统图像噪声的影响

The effect of image noise in opto-electronic image system utilizing microscanning techniques

光电成像系统与人眼视觉的匹配问题

On the Problem of Matching Between Optoelectronics Imaging System and Human Vision

动载体光电成像系统视轴稳定精度研究

Study on LOS stabilization accuracy of optoelectronic imaging system on moving carrier

高准确度光电成像测量系统图像畸变校正算法

Algorithm for Image correction in High Precision Imaging Measurement System