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Thermal Image Characterization for Human Recognition


Affiliations
1 ECE Department, KPR Institute of Engineering and Technology, India
2 KPR Institute of Engineering and Technology, India
     

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The analysis of thermal image characterization with unique feature extraction and similarity measurements for thermal character recognition is required for the feature identification in military applications. The proposed work describes the representation of thermal infrared image data for identifying human, based on thermal color variation. In this paper, we compare the thermal image of different persons and analyze the similarities and differences in their thermal characterization and extracts vasculature information, create a thermal character signature, and identify the individual. Based on the inference obtained by our analysis, it is observed that the thermal characters of every individual vary on the following three conditions, in rest, in exercise, and in room temperature. The combined use of visible and thermal IR imaging sensors offers a viable means for improving the performance of human recognition techniques.

Keywords

Thermal Imaging, Human Thermal Characterization.
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  • Thermal Image Characterization for Human Recognition

Abstract Views: 154  |  PDF Views: 3

Authors

M. Vilasini
ECE Department, KPR Institute of Engineering and Technology, India
S. Bhuvaneswari
KPR Institute of Engineering and Technology, India
M. Kowsika
KPR Institute of Engineering and Technology, India

Abstract


The analysis of thermal image characterization with unique feature extraction and similarity measurements for thermal character recognition is required for the feature identification in military applications. The proposed work describes the representation of thermal infrared image data for identifying human, based on thermal color variation. In this paper, we compare the thermal image of different persons and analyze the similarities and differences in their thermal characterization and extracts vasculature information, create a thermal character signature, and identify the individual. Based on the inference obtained by our analysis, it is observed that the thermal characters of every individual vary on the following three conditions, in rest, in exercise, and in room temperature. The combined use of visible and thermal IR imaging sensors offers a viable means for improving the performance of human recognition techniques.

Keywords


Thermal Imaging, Human Thermal Characterization.