最后利用自适应阈值实现红外目标分割。
Finally, infrared target is segmented by the adaptive threshold.
提出一种基于粒子滤波的红外目标跟踪的新算法。
This paper presents a particle filter-based algorithm for IR target-tracking.
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.
提出了一种基于粒子滤波的红外目标稳健跟踪新方法。
A novel method for infrared object robust tracking based on particle filters was proposed.
研究红外目标图像中弱小目标的自动检测和定位方法。
Dim target detection and location from infrared image is studied.
研究红外目标图像中弱小目标的自动检测和定位方法 。
The Research on Localization Method and Tracking Technology of Moving Targets in Dangerous Locations;
提出了一种有效的基于递归门限分析的红外目标分割方法。
An effective infrared object segmentation method based on recursive threshold analysis is proposed.
红外目标模拟器由红外目标图像发生器和投影光学系统组成。
The infrared target simulator is composed of infrared target image transmitter and the optical projection system.
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.
给出了一种将曲线拟合和相关跟踪相结合的红外目标跟踪算法。
A novel IR object tracking method which combines curve fitting and correlation matching is presented.
该方法可以有效的提高红外目标的检测概率、降低虚警率和漏警率。
An effectively improved infrared target detecting probability and a decreased false-detecting and leaking-detecting probability can be gotten using this method.
结果表明：激光对红外系统的干扰效果与红外目标源的强度成反比。
Results show that the effects of laser interference on IR system is opposite to IR source intensity.
红外目标温度的高低影响着被发现的距离，隐身技术可以降低目标的表面温度。
Different temperatures of infrared target can influence the detection distance, and the surface temperature can be reduced by stealth technologies.
红外目标的描述利用目标区域的灰度分布，该灰度分布通过核概率密度估计建立。
Infrared objects are represented by the intensity distribution, which is defined by the kernel-based density estimation.
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.
将FPGA用于目标检测，发挥了FPGA的高速优势，可实现红外目标的实时检测。
With the use of FPGA in target detection, high-speed can be reached to satisfy the real-time desire of the infrared image processing system.
针对红外目标尺寸不定的实际情况，提出了对基于数学形态学的红外目标检测方法的改进。
The mathematical morphology based on improved algorithm to detect infrared targets is designed for the variable size of targets.
例如按内容对视频数据进行检索和查询，静态场景监测系统，红外目标跟踪与识别系统等。
For example, the applications are content-based video data indexing and querying, site monitoring system, infrared targets tracking and recognition system.
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，本方法可以实现对目标的自动跟踪，同时有效修正了对红外目标的跟踪偏移。
Experimental results show that the proposed algorithm can track automatically and correct the excursion during tracking.
针对复杂场景中的红外目标图象，本文提出了一种基于自适应阈值面的目标图象快速分割算法。
This paper presents a quick object image segmentation algorithm based on adaptive threshold against infrared object images in complex background.
实验结果表明，对一般噪声条件下得到的红外目标图像，该方法能准确地检测、定位和分割小目标。
The experiment results indicate that the method can detect, locate and segment small targets precisely an infrared images obtained in conventional noise conditions.
介绍了ADI公司的实时操作系统内核vdk的特点，及其应用在红外目标检测跟踪系统中的优点。
Introduce the trait of ADI's VDK real-time operating core, and its advantage of application in the Infra-target detection and tracking system.
利用自然背景与人造目标在分形维数上的差异，提出了一种针对自然背景下的快速红外目标检测技术。
A fast detection algorithm for artificial IR targets is presented which is based on the difference of fractal dimensions between simple natural background and man-made targets.
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.
本文提出了一种直接把红外前视传感器的输出作为测量值来跟踪红外目标的扩展型卡尔曼滤波跟踪算法。
This paper presents an extended kalman filtering algorithm for tracking infrared target, using the outputs from a forward-looking infrared (FLIR) sensor as measuring value.
实验表明，该方法能够有效地实现对红外目标的检测和识别，并具有较高的抗噪声和抗复杂背景的能力。
The experimental results prove that the algorithm can effectively detect and recognize the infrared target and possess the preferable properties of counter-noises and counter-complex background.
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.
实验结果表明，算法能够正确有效地分割出复杂环境下的红外目标，并且很好地保持了目标的轮廓细节。
Experimental results indicate that the algorithm can segment the infrared target under complex environment correctly and efficiently, and the good details of target are reserved.
实验结果表明，算法能够正确有效地分割出复杂环境下的红外目标，并且很好地保持了目标的轮廓细节。
Experimental results indicate that the algorithm can segment the infrared target under complex environment correctly and efficiently, and the good details of target are reserved.
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