Target recognition and tracking is a very important research area in pattern recognition.
目标识别和跟踪是模式识别领域的一重要研究内容。
The target recognition and tracking in image is the basic task and the choke point in image-guidance technology.
图像中待攻击目标的自动识别与跟踪锁定是图像制导的基本任务，也是图像制导技术的难点所在。
The thesis is focused on the study of algorithm for moving target recognition and tracking in video sequence images.
本论文主要研究视频序列图像中运动目标识别与跟踪的算法。
The methods for target recognition and tracking in complicated background based on the IR bridge image are described.
文中以实时采集到的桥梁红外图像为基础，探讨了复杂背景中桥梁的识别跟踪方法。
A kind of automatic target recognition and tracking technique for imaging infrared seeker is introduced briefly in this paper.
文中概要介绍了一种红外成像导引头自动目标识别跟踪技术。
Therefore, there is important academic significance and applied value in the research of method of vision information processing and target recognition and tracking based on biology vision principle.
因此，研究基于生物视觉原理的视觉信息处理方法与目标识别跟踪方法具有重要的理论意义和实际应用价值。
The experiment results show that the vision navigation system can efficiently perform the tracking of target, and that the recognition algorithm can satisfy the requirements of the system.
对目标物进行跟踪实验，实验结果表明所建立的视觉导航系统是有效可行的，同时也证明了目标物识别算法的正确性。
Possibilites of the capture of high speed motion target realized by step-by-step method and multi-targets recognition tracking achieved by drifting off its tracking zero point were proposed.
提出了用步进法实现快速运动目标的捕获和在跟踪过程中用拉偏跟踪零点的方法实现多目标识别跟踪的可能性。
Visual recognition and tracking on image targets are studied. A model of the image target recognition stamp and an overall design project of the system are presented.
本文研究图像目标的可视识别与跟踪，给出了图像目标识别印章模型和系统总体设计方案。
Radar target recognition utilizes the information of tracking, polarizing, JEM, range image and ISAR to perform target recognition.
雷达目标识别含利用跟踪信息、极化信息及通过JEM、距离像和ISAR进行识别。
A recognition and tracking algorithm adapted to the moving target is described.
讨论了一种对运动目标的目标识别跟踪算法。
High resolution radar obtains wide application and consideration compared with low resolution radar in anti-clutter, precise detection, high precision tracking and target recognition and so on.
由于宽带雷达的在抗杂波、精确探测、高精度跟踪、目标识别等方面较低分辨雷达有明显的优势，因此高分辨率雷达获得了广泛的应用和重视。
Based on missile signal processing, this paper mainly studies in infrared target detection, tracking and infrared automatic target recognition.
本文根据红外成像制导的处理流程对红外目标检测、跟踪以及红外自动目标识别算法进行了一些研究。
Low observable small target detection, recognition and tracking algorithms are key technologies to extend the acceptance distance of guidance system and enhance the capacity of defense system.
低信噪（杂）比条件下运动点目标的检测、跟踪和识别技术是扩展制导武器系统作用距离，加强系统防御能力的关键技术之一。
Low SNR small moving target detection is a key technique in a target detection, recognition and tracking system.
在目标检测、识别与跟踪系统中，弱小目标的检测是需要解决的关键技术之一。
This paper proposes a new algorithm on dim target detecting, recognition and tracking from an image sequence produced by an IR sensor.
本文研究红外探测仪器产生的低信噪比序列图像中目标检测、识别及跟踪算法。
This system adopts centralized construction. It can perform information collection, target tracking and recognition, situation and threat assessment, sensor management, etc.
该系统采用集中式结构，包含信息采集、跟踪、识别、态势评估与威胁估计、传感器管理等功能。
Automated target tracking and recognition (ATR) is an important capability in many military and civilian applications.
自动目标跟踪和识别(atr)在很多民用以及军用方面是一个重要的问题。
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.
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。
In order to overcome the target recognition difficulties caused by the noise, occlusion and the changing of the background, a lot of tracking algorithms have been proposed.
为了克服噪声、遮挡、背景的改变等对目标识别带来的困难，出现了很多的跟踪算法。
Data fusion of an integrated multisensor system is an advanced technology for target detection, recognition and tracking.
多传感器组合系统数据融合技术是当代探测、识别领域的一项新技术。
Next best view problem has become one of main influence factors in the vision research fields such as target recognition, stereo matching, visual tracking and scene reconstruction, etc.
最佳观测方位问题是计算机主动视觉研究的重要内容，广泛应用于计算机目标识别、摄影测量、三维场景重建等领域。
Next best view problem has become one of main influence factors in the vision research fields such as target recognition, stereo matching, visual tracking and scene reconstruction, etc.
最佳观测方位问题是计算机主动视觉研究的重要内容，广泛应用于计算机目标识别、摄影测量、三维场景重建等领域。
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