The development of an efficient moving target detection algorithm in IR-image sequence is considered one of the most critical research fields in modern IRST (Infrared Search and Track) systems, especially when dealing with moving dim point targets. In this paper we propose a new approach in processing of the Infrared image sequence for moving dim point targets detection built on the transformation of the IR-image sequence into 4-vectors for each frame in the se-quence. The results of testing the proposed approach on a set of frames having a simple single pixel target performing a different motion patterns show the validity of the approach for detecting the motion, with simplicity in calculation and low time consumption
A hybrid moving target detection approach in multi-resolution framework for thermal infrared imagery...
AbstractAn algorithm for detecting moving IR point target in complex background is proposed, which i...
We propose a method for automatic target detection and tracking in forward-looking infrared (FLIR) i...
Dim point target detection is of great importance in both civil and military fields. In this paper a...
Strong noises interference is a difficult technical problem for signals detection. Multiple targets ...
Detection and tracking of approaching targets in an infrared (IR) image sequence is important for su...
This paper addresses the problem of tracking a dim moving point target in a sequence of IR images. T...
AbstractInfrared small moving target detection is one of the crucial techniques in infrared search a...
Dim point target tracking in infrared (IR) images has been an active research area especially in mil...
The detection and tracking of the small target in infrared video are among the most critical technol...
The background radiation noise interference is a difficult technical problem for the dim signal dete...
Real-time detecting moving objects in infrared video sequences may be particularly challenging becau...
Real-time detecting moving objects in infrared video sequences may be particularly challenging becau...
In the infrared small target images with complex backgrounds, there exist various interferences that...
[[abstract]]In this paper, a region correspondence approach is proposed for use in image sequence an...
A hybrid moving target detection approach in multi-resolution framework for thermal infrared imagery...
AbstractAn algorithm for detecting moving IR point target in complex background is proposed, which i...
We propose a method for automatic target detection and tracking in forward-looking infrared (FLIR) i...
Dim point target detection is of great importance in both civil and military fields. In this paper a...
Strong noises interference is a difficult technical problem for signals detection. Multiple targets ...
Detection and tracking of approaching targets in an infrared (IR) image sequence is important for su...
This paper addresses the problem of tracking a dim moving point target in a sequence of IR images. T...
AbstractInfrared small moving target detection is one of the crucial techniques in infrared search a...
Dim point target tracking in infrared (IR) images has been an active research area especially in mil...
The detection and tracking of the small target in infrared video are among the most critical technol...
The background radiation noise interference is a difficult technical problem for the dim signal dete...
Real-time detecting moving objects in infrared video sequences may be particularly challenging becau...
Real-time detecting moving objects in infrared video sequences may be particularly challenging becau...
In the infrared small target images with complex backgrounds, there exist various interferences that...
[[abstract]]In this paper, a region correspondence approach is proposed for use in image sequence an...
A hybrid moving target detection approach in multi-resolution framework for thermal infrared imagery...
AbstractAn algorithm for detecting moving IR point target in complex background is proposed, which i...
We propose a method for automatic target detection and tracking in forward-looking infrared (FLIR) i...