本文主要对海面红外目标识别算法进行了研究设计。
This article mainly has carried on the research design to the infrared target identification algorithm in the sea level.
红外目标识别系统中，需要实时采集红外传感器的图像数据。
In the system of IR object recognition, it is needed to collect IR image data in realtime.
为了识别空间目标与气球诱饵，提出了基于光谱角时序不变性的红外目标识别方法。
The infrared target recognition method based on the invariance of spectral Angle in time sequence is put forward in order to recognizing spatial target and balloon decoy.
实验结果和算法的性能评价表明，该方法表现出良好的红外目标识别，具有良好的实用性。
The experiment results and algorithm performance evaluation show that the method performs well in infrared target recognition and has a good practicability.
实验结果表明，此方法能够较好地完成红外图象的边缘检测任务，从而为红外目标识别打下良好的基础。
The experimental results show this algorithm can fulfill the task of edge detection of infrared image nicely, which founded a good basis for registering infrared targets.
该系统主要用于红外目标识别领域，它采用了目前流行的SOC技术，对比传统的红外目标识别系统，该系统的硬件结构简单，系统性能有了很大的提高。
It adopts the popular technology of SOC; Compared to the traditional infrared target system, the architecture of system hardware design is simple and the performance of system gains high improvement.
这种单目镜通过图像增强技术进行目标识别，通过红外技术进行目标探测。
The monocular USES image intensification for target identification and IR for target detection.
提出了一种远距离传输红外图像的目标识别方法。
A target recognition approach to infrared images of remote transmission is presented.
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。
A kind of automatic target recognition and tracking technique for imaging infrared seeker is introduced briefly in this paper.
改进的算法可有效地应用于采用两种探测器的目标识别：毫米波辐射计、红外搜索和跟踪探测器。
The developed algorithms are applied to a target identification problem with two sensors: millimeter wave radiometer, infrared searching and tracking.
红外成像自动目标识别是精确制导武器的重要研究内容。
Automatic Target Recognition through infrared imaging is an important part in the research of the precision guided weapons.
回顾了反导系统中的红外识别技术和雷达识别技术，并探讨了反导系统目标识别技术的发展趋势。
The infrared recognition technique and radar recognition technique in missile defense system are reviewed. The development trends of target recognition in missile defense are discussed.
考虑到单传感器的系统存在着局限性，提出了基于多传感器(雷达和红外)信号融合的目标识别和跟踪系统，以利用数据的互补和冗余。
This paper presents the approaches of multi sensor (radar and infrared sensor) data fusion for object recognition and tracking, which can make use of the complement and redundancy of data.
在目标识别中，毫米波敏感器和红外敏感器有各自独特的优势。
For target recognition, millimeter wave sensor and infrared sensor have their own unique advantage.
粗糙表面激光回波偏振特性是激光探测、目标识别等领域的一个重要研究内容，它对激光雷达、红外探测和目标识别等遥感设备的优化设计和性能改善有很强的促进作用。
The laser backscattering polarization characteristics of rough surface are investigatedin this paper, it is a fundamental issue to laser detection, target recognition and other fieldsof study.
研究了红外成像型制导系统舰船目标实时识别技术，提出一种新的舰船红外成像目标识别算法。
The real time recognition technique of infrared imaging guiding system ship target was discussed and a new recognition algorithm of ship infrared imaging target was proposed.
红外图像的边缘检测是红外图像目标识别以及进一步红外故障诊断的关键环节。
Infrared image edge detection is the key step of infrared image object identification and fault diagnosis.
针对远距红外图像中桥梁目标的特征，提出了一种基于知识框架的桥梁目标识别算法。
Through the analysis of the features of bridge object in long range IR image, a new recognition algorithm based on knowledge framework is put forward.
论述了对红外亚成像目标识别随机服务系统建立的有优先权服务的等待制排队系统模型。
Based on the queuing mechanism of the priority queues, a realization scheme for" self- recommendation" of the random service system was advanced.
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。
Based on missile signal processing, this paper mainly studies in infrared target detection, tracking and infrared automatic target recognition.
本文针对海天背景下红外舰船目标的识别，提出了一种基于天水线的目标识别方法。
Aiming at the recognition of infrared naval ships under the background of sky and sea, a new method, based on the sky-water line, is presented in this paper.
实验结果表明，随机算法的效果较好，能满足红外自动目标识别的实际需。
The random algorithm can detect the contour and inner and outer information of thermal image.
本文主要研究了复杂背景下红外成像的目标检测问题，通过红外图像的增强、分割以及目标识别等手段实现目标的可靠检测。
This thesis mainly deals with the infrared target detection under complex background, which is achieved by the methods of image enhancement, image segmentation and object recognition.
文中主要针对铁路红外图像的特点，在原有的自动目标识别算法上，将图像处理技术与人工智能相结合，提出一种基于知识的智能识别方法。
According to the characteristic of digital infrared image, a new method from original ATR methods is presented, which combines image processing and artificial intelligence.
针对红外图像序列的特点，提出一种动态融合的目标识别与跟踪算法。
Aiming at the characteristics of infrared image sequence, a dynamic integrative algorithm is proposed.
红外图像中的舰船目标识别是反舰导弹成像制导过程中的关键技术，舰船目标图像识别的质量和速度决定了制导过程的水平。
The ship target's recognition in the IR image is the key technique in the anti-warship missile guiding. The effort of the guiding progress depends on the quality and speed of the target recognizing.
红外自动目标识别技术是一项难度较大、国内外军事部门高度重视的高级智能化图像处理技术。
Automatic infrared target recognition is a senior intelligent image processing technology focused by domestic and overseas military departments.
一般来说，目标的红外辐射强度方向图是用于目标识别的重要特征之一。
In general, the target direction infrared radiation intensity chart is one of the important characteristics for target recognition.
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.
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.
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