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Real-time human posture estimation using monocular thermal images
By: Ebihara, K.; Iwasawa, S.; Morishima, S.; Ohya, J.;
1998 / IEEE / 0-8186-8344-9
This item was taken from the IEEE Conference ' Real-time human posture estimation using monocular thermal images ' This paper introduces a new real-time method to estimate the posture of a human from thermal images acquired by an infrared camera regardless of the background and lighting conditions. Distance transformation is performed for the human body area extracted from the thresholded thermal image for the calculation of the center of gravity. After the orientation of the upper half of the body is obtained by calculating the moment of inertia, significant points such as the top of the head, the tips of the hands and foot are heuristically located. In addition, the elbow and knee positions are estimated from the detected (significant) points using a genetic algorithm based learning procedure. The experimental results demonstrate the robustness of the proposed algorithm and real-time (faster than 20 frames per second) performance.
Learning (artificial Intelligence)
Human Posture Estimation
Monocular Thermal Images
Human Body Area Extraction
Center Of Gravity