@techreport{oai:ipsj.ixsq.nii.ac.jp:00155362,
 author = {比嘉, 健太郎 and 大村, 廉 and Kentaro, Higa and Ren, Ohmura},
 issue = {6},
 month = {Feb},
 note = {これまで，照明や空調といった設備やシステムにおいて人の検出を行うために様々なセンサが用いられているが，センサ自体が電力を消費することや指向性・検出範囲といった特性を考慮しなければならないという問題がある．本研究ではより低消費電力な人検出センサを開発することを目的として，レクテナ技術をベースにセンサ周囲のノイズを電源およびセンサの入力信号として利用することにより人検出を行うセンサを提案する．本稿では，開発したセンサの出力電圧等の基礎性能を測定し，約 30cm までの範囲において人が居るか居ないかの検出を行えたことを示す．, Various sensors are used to detect the person in facilities and a system such as illumination and the air conditioning, however there are problems that sensors consume energy for working and must consider the directivity of the sensor and the characteristic such as the detection range. The purpose of this study is to develop the human detection sensor which is more low consumption electricity, and we propose a human detection sensor that was based on rectifying-antenna technology, by using the noise around the sensor as a power supply and an input signal of the sensors. In this paper, we measure basic performance such as the output voltage of the sensor, and show that the sensor can detect the human in a range to approximately 30cm},
 title = {環境ノイズ検出型人感センサの開発と基礎性能評価},
 year = {2016}
}