1 September 2004 Invariant object tracking using fringe-adjusted joint transform correlator
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Optical Engineering, 43(9), (2004). doi:10.1117/1.1779622
Abstract
A novel real-time-invariant target tracking algorithm is proposed for forward-looking IR (FLIR) image sequences based on a modified synthetic discriminant function (SDF)-based fringe-adjusted joint transform correlator (JTC) algorithm. The proposed approach utilizes fringe-adjusted JTC-based tracking, which efficiently compensates camera motion and accommodates 3-D distortions. To further increase the tracking accuracy, the target model is continuously updated using a modified version of the synthetic discriminant function (SDF) algorithm. The proposed technique can track small objects comprising only a few pixels and is capable of compensating the high egomotion of the sensor. We demonstrate the robustness of the proposed technique by computer simulation performed on sequences of real-life FLIR imagery taken from an airborne moving platform.
Chye-Hwa Chye Hwa Loo, Mohammad S. Alam, "Invariant object tracking using fringe-adjusted joint transform correlator," Optical Engineering 43(9), (1 September 2004). http://dx.doi.org/10.1117/1.1779622
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KEYWORDS
Detection and tracking algorithms

Forward looking infrared

Image segmentation

Target detection

Image processing

Infrared imaging

Optical tracking

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