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Easily Installable Wireless Behavioral Monitoring System with Electric Field Sensor for Ordinary Houses

By S Tsukamoto, H Hoshino and T Tamura

Abstract

This paper describes an indoor behavioral monitoring system for improving the quality of life in ordinary houses. It employs a device that uses weak radio waves for transmitting the obtained data and it is designed such that it can be installed by a user without requiring any technical knowledge or extra constructions. This study focuses on determining the usage statistics of home electric appliances by using an electromagnetic field sensor as a detection device. The usage of the home appliances is determined by measuring the electromagnetic field that can be observed in an area near the appliance. It is assumed that these usage statistics could provide information regarding the indoor behavior of a subject. Since the sensor is not direction sensitive and does not require precise positioning and wiring, it can be easily installed in ordinary houses by the end users. For evaluating the practicability of the sensor unit, several simple tests have been performed. The results indicate that the proposed system could be useful for collecting the usage statistics of home appliances

Topics: Article
Publisher: Bentham Science Publishers Ltd.
OAI identifier: oai:pubmedcentral.nih.gov:2666956
Provided by: PubMed Central
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    Citations

    1. (2006). A smart house for emergencies in the elderly.
    2. (2005). An algorithm for the automatic detection of health conditions.
    3. (2005). Automatic surveillance of the acoustic activity in our living environment.
    4. (1998). Fully automated health monitoring system in the home. Med Eng Physics
    5. (2005). Improving personal health through the home healthcare model verification project in Osaka,
    6. (2006). Monitoring health by detecting drifts and outliers for a smart environment inhabitant.
    7. (2006). Rhythm of daily living and detection of atypical days for elderly people living alone as determined with a monitoring system.
    8. (2004). Sensing room: Distributed sensor environment for measurement of human daily behavior.
    9. (2005). Telesurveillance system using television operating state for elderly persons living alone.
    10. (2005). The home healthcare project in Japan—the introduction of the system development and the field test.
    11. (2000). Ubiquitous sensing for smart and aware Environments.

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