期刊论文详细信息
International Journal of Image Processing
Omnidirectional Thermal Imaging Surveillance System Featuring Trespasser and Faint Detection
Way-Soong Lim1  Wong Wai Kit1  Chu-Kiong Loo1  Hong-Liang Lim1  Zeh-Yang Chew1 
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关键词: Monitoring and surveillance;    thermal imaging system;    trespasser detection;    faint detection;    omnidirectional system;    image processing and understanding;   
DOI  :  
来源: Computer Science Journals
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【 摘 要 】

This paper proposed an efficient omnidirectional thermal imaging surveillance system featuring trespasser and faint detection. In this thermal imaging system, the omnidirectional scenes in a monitored site such as old folks home, nursing home, hospital etc. are first captured using a thermal camera attached to a custom made hyperbolic IR (infrared radiation) reflected mirror. The captured scenes to be monitored with trespasser or faint detection are then fed into a laptop computer for image processing and alarm purposes. Log-polar mapping is proposed to map the captured omnidirectional thermal image into panoramic image, hence providing the observer or image processing tools a complete wide angle of view. Two effective human behavioral detection algorithms namely: Human head detection algorithm and home alone faint detection algorithm are also designed for monitored the trespasser or fainted people detection. The observed significances of this new proposed omnidirectional thermal imaging system include: it can cover a wide angle of view (360º omnidirectional), using minimum hardware, low cost and the output thermal images are with higher data compression. Experimental results show that the proposed thermal imaging surveillance system achieves high accuracy in detecting trespasser and monitoring faint detection for health care purpose.

【 授权许可】

Unknown   

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