Human Detection Based on Active Infrared Illumination

K. Uto, Haruyuki Seki, Y. Kosugi, Toru Murase, Sigenori Takagishi
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引用次数: 1

Abstract

A portable human skin detector based on active infrared illumination is proposed in this paper. The system aims at detecting human skin in realtime based on two infrared bands under various background illumination conditions. Safe, realtime and robust detection is realized by combining the active pulse illumination of two low power LEDs, i.e. 1070nm and 1550nm, with high frequency and the phase sensitive detection based on lock-in amplifier. The robustness of the detection under daylight, in a dark room and in the smog is confirmed by the experimental results.
基于主动红外照明的人体检测
提出了一种基于主动红外照明的便携式人体皮肤检测器。该系统的目的是在不同背景光照条件下,基于两个红外波段对人体皮肤进行实时检测。将1070nm和1550nm两个低功率led的主动脉冲照明与基于锁相放大器的高频相敏检测相结合,实现了安全、实时、鲁棒的检测。实验结果证实了该方法在日光、暗室和雾霾条件下的鲁棒性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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