The rapid development of infrared technology makes it widely applicable in such fields as military, medical, testing and communications.This paper proposes an algorithm based on local contrast and gradient (LCG). Specifically, the algorithm uses the difference of gaussian and threshold segmentation to preprocess to obtain the position of possible target points. Then, local contrast processing is conducted for the possible target points. Finally, the global is processed using an improved directional gradient. According to the experimental results, the proposed algorithm outperforms the existing algorithms in terms of detection probability and false detection probability.</p
Infrared small target detection in extreme environments such as low illumination or complex backgrou...
Abstract Infrared small target detection is a significant and challenging topic for daily security. ...
Detecting small targets from infrared remote sensing images is still a challenging task. In this res...
<p>A robust and effective small dim object detection algorithm is the key to the success of an infra...
According to the difference between gradients of targets and background in an infrared image, a mult...
Aiming at a thorny issue, that conventional small target detection algorithm using local contrast me...
Infrared (IR) small target detection is challenging because the IR imaging lacks detailed features, ...
Infrared small target detection plays a key role in infrared precision guidance and infrared early-w...
Robust infrared (IR) small target detection is critical for infrared search and track (IRST) systems...
The detection and tracking of the small target in infrared video are among the most critical technol...
Infrared weak and small target detection in a complex background has always been a research hotspot ...
Abstract—This paper proposes a new target detection method in low contrast forward looking infrared ...
<p> Infrared small target detection is part of the key technologies in infrared precision-guided, s...
Infrared dim small target detection is the critical technology in the situational awareness field cu...
In the face of complex scenes with strong edge contours and high levels of noise, suppressing edge c...
Infrared small target detection in extreme environments such as low illumination or complex backgrou...
Abstract Infrared small target detection is a significant and challenging topic for daily security. ...
Detecting small targets from infrared remote sensing images is still a challenging task. In this res...
<p>A robust and effective small dim object detection algorithm is the key to the success of an infra...
According to the difference between gradients of targets and background in an infrared image, a mult...
Aiming at a thorny issue, that conventional small target detection algorithm using local contrast me...
Infrared (IR) small target detection is challenging because the IR imaging lacks detailed features, ...
Infrared small target detection plays a key role in infrared precision guidance and infrared early-w...
Robust infrared (IR) small target detection is critical for infrared search and track (IRST) systems...
The detection and tracking of the small target in infrared video are among the most critical technol...
Infrared weak and small target detection in a complex background has always been a research hotspot ...
Abstract—This paper proposes a new target detection method in low contrast forward looking infrared ...
<p> Infrared small target detection is part of the key technologies in infrared precision-guided, s...
Infrared dim small target detection is the critical technology in the situational awareness field cu...
In the face of complex scenes with strong edge contours and high levels of noise, suppressing edge c...
Infrared small target detection in extreme environments such as low illumination or complex backgrou...
Abstract Infrared small target detection is a significant and challenging topic for daily security. ...
Detecting small targets from infrared remote sensing images is still a challenging task. In this res...