高速数据传输接口是半导体激光成像雷达系统的重要组成部分。
High speed data transfer interface is an essential component of semiconductor laser imaging radar system.
相干激光成像雷达距离像处理的一个重要内容就是进行背景抑制。
One of the most important contents about coherent imaging laser radar range image processing is suppressing the background.
介绍激光成像雷达在制导技术上的应用，给出激光成像雷达制导系统工作原理图。
This paper expounds its schematic diagram, then designs the simulation of imaging laser radar and gives the methods of key modules realizing.
其中，针对图像匹配导航应用的激光成像雷达实时信息处理机的研制是其关键技术之一。
Therefore, to design the real time information processing machine for the image aided aircraft navigation is one of the key foundations for the radar used in imaging navigation application.
激光成像雷达是一种新型成像雷达，图像匹配处理机的使用是该雷达导航应用的先决条件之一。
Imaging laser radar is a new type imaging radar. Image matching machine is one of the key foundations for the radar used in imaging navigation application.
激光成像雷达能成距离像和强度像，可以很好地完成目标辨认任务，但其缺点是作用距离较近。
Laser radar can present range image and intensity image, so it can accomplish the detection mission, but it also have flaw, the function of the range is very near.
激光成像雷达主动发射激光，接收其反射回波，能成角-角-距离-强度像，较易于实现目标识别。
The imaging ladar is good at classifying objects because it can send laser actively, receive the reflected wave, and produce angle-angle-range-intensity image.
然后，根据激光成像雷达信息处理的基本原理，我们对系统进行需求分析、任务分解和软硬件功能适配。
Then According to the principle of information processing in LIDAR, the information system is analyzed and the function is divided.
通过优化支持向量机算法，将它嵌入到激光成像雷达系统的数字信号处理器(DSP)芯片内，实现目标识别的功能，有很高的现实意义。
Through optimizing the algorithm of SVM, it is embedded into digital signal processing (DSP) of laser imaging radar, achieving the function of target recognition, which has high pract.
分析了激光成像雷达系统中所成的散斑像的乘法模型 ，并在此基础上利用一基于小波的同态滤波器对被散斑污染的图像进行了消噪处理。
In this paper, multiplication model of speckle image in imaging lidar is analyzed, and then suppression processing for the speckle image is finished by homomorphic wavelet filter.
随着近年来量子级联半导体激光器(QCL)迅猛发展，全固化QCL激光成像雷达，将是未来长波红外激光成像雷达技术研究的热点之一。
As recent quantum cascade laser (QCL) is developing rapidly, all state QCL LIR will be one of the best study task on the LWIR LIR technology.
该系统为激光距离成像雷达以及距离图像的研究提供了一种有效的分析和测试工具。
Generally, this system provide a powerful analysis and testing tool for the study of Laser range imaging radar and range image.
成像激光雷达系统对精确制导、直升机防撞等都具有重要的意义。
Imaging laser radar system is significant to precise guidance, obstacle avoidance of helicopters and some other applications.
概括了成像激光雷达在军事和国民经济中的应用。
Applications of the imaging laser radar in military and industries are discussed.
计算机模拟技术是成像激光雷达系统的设计和研究中一个有效手段。
Computer simulation technique is an effective method in the design and research of the imaging laser radar.
激光雷达因为极高的频域、空域和时域分辨率而在目标探测、跟踪、瞄准和成像识别等方面得到越来越广泛的应用。
Laser radars are widely used in target detecting, tracking, aiming and imaging recognition because its extremely high resolution in frequency domain, space domain and time domain.
光子计数成像激光雷达需要测量一个激光主波和与之对应的多个回波之间的时间间隔，并具有高精度。
The time intervals between laser main pulse and the corresponding multiple echoes were needed to measure in photon counting imaging lidar, and the system had to have high precision.
实验结果表明该系统可满足激光雷达性能测试要求，为激光雷达成像系统研制提供了可靠的现场测试工具。
The experiment results show that this system can satisfy the demands of laser radar testing and will be a good field-testing tool for laser radar imaging system.
合成孔径激光雷达（SAL）是一种采用合成孔径技术的高分辨率成像激光雷达，只需要较小的光学孔径就可以实现高分辨率成像。
Synthetic Aperture Ladar (SAL) is a kind of imaging laser radar (Ladar) utilizing synthetic aperture techniques to obtain high resolution images without the installation of large optics.
针对运动目标，在考虑激光雷达方程、信噪比和自动增益、成像指标、噪声、图像处理等模块的基础上，对脉冲相干成像激光雷达进行了运动目标的成像模拟。
On the basis of considering the modules of laser radar equation, SNR and AGC, imaging demand, noise and imaging proces, we make a simulation of pulsed coherent imaging laser radar for moving target.
激光雷达能同时成距离像和强度像，较其他的成像体制给出更多的有用信息。
Ladar, which can obtain range image and intensity image, may provide much useful information than other imaging system.
在对三维成像激光雷达获取的数据进行曲面重构时，由于数据中存在噪声，需要对数据进行滤波处理。
When we reconstruct surface use 3d-imaging laser radar data, because of there are noises in it, we need to filter the data.
激光雷达与被动红外(IR)成像结合可获取更多信息，并提高目标识别能力和抗干扰性。
The combination of ladar and passive-infrared (IR) imaging can get more information, and improve the ability of object classification and anti-interference.
对于三维照相机系统、三维扫描激光雷达成像系统、一维扫描激光雷达系统及非扫描激光雷达成像系统的优缺点进行了分析比较。
The shortages and advantages of 3 D camera system, 3 D scanning ladar system, 1 D scanning ladar system and non scanned ladar system have been analysed.
介绍了一种新型激光三维成像方法，该方法用条纹管作为成像系统的接收端，使激光三维成像雷达具有高帧频、大视场角的特点。
A new type of three-dimensional (3D) imaging laser radar is introduced. It uses streak tube as the receiver, which makes the radar have the peculiarities of high frame rate and wide range angle.
无扫描成像激光雷达是现在激光雷达的发展趋势之一。
Scannerless imaging ladar is one of developing trends of ladar.
无扫描成像激光雷达是现在激光雷达的发展趋势之一。
Scannerless imaging ladar is one of developing trends of ladar.
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