Some features of dynamic small target in infrared image are analyzed, and some ripe detecting methods of dynamic small target are introduced.
系统分析了红外图像中运动小目标的特性，介绍了几种成熟的运动小目标的检测方法。
An accurate and effective sonar target echo model is a basis of detecting and recognizing sonar target, especially small scale target.
准确、有效的目标回波模型是声纳目标，特别是小尺度目标探测与识别的基础。
Based on the typical feature of small target in sequence infrared images, a new algorithm is proposed for detecting and tracking small targets in sequence images.
基于红外序列图像中小目标的典型特征，提出了一种新的红外小目标检测与跟踪算法。
To improve the Signal-to-noise Ratio(SNR) and detecting probability of small target in infrared image sequences, a novel method of target detection based on spatial-temporal filtering is proposed.
为了提高红外图像序列中弱小目标的信噪比和检测概率，同时考虑检测算法实时性，提出了一种新的基于空时域滤波的小目标检测方法。
Aim at the problem of detecting for distant small target with very low SNR, a method of two color IR small target fusion detection using D-S evidence theory is proposed.
针对远距离低信噪比条件下目标检测难的实际问题，提出采用D - S证据理论的双色红外小目标融合检测方法。
In this paper, a study on the accuracy of a thermal camera in detecting the temperature of a small target is made. Methods to compensate for the inaccuracies are discussed.
本文研究了热像仪在探测小目标表面温度时的准确性，并讨论了误差校正的方法。
An efficient approach for segmenting and detecting small moving target in infrared image sequences against complex cloud layer background is given.
提出了一种对复杂云层背景下红外图像序列中弱小运动目标分割和检测的方法。
Particle swarm optimization (PSO) is proposed for detecting small moving target.
提出一种基于粒子群算法的运动小目标检测算法。
The experiment results showed that this method is effective for detecting the small infrared target under a complex scene in real time.
实验结果表明，该算法对实时检测在复杂背景的红外图像中运动的弱小目标具有很好的效果。
The technique of small dim target detection in low Signal-to-Noise and low contrast images has been the key technique of the electro-optical detecting system.
低对比度、低信噪比弱小目标探测技术是光电成像探测系统的关键技术之一。
The technique of small dim target detection in low Signal-to-Noise and low contrast images has been the key technique of the electro-optical detecting system.
低对比度、低信噪比弱小目标探测技术是光电成像探测系统的关键技术之一。
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