실내 마감 구조재에 전기와 통신이 매입된 통합형 장착시스템(AAL 프레임)의 설계 (Design of an Integrated Mounting System (AAL frame) with Electrical and Communication Embedded in Interior Structural Frame)

서지정보

· 발행기관 : 한국조명.전기설비학회
· 수록지 정보 : 조명.전기설비학회논문지 / 33권 / 5호 / 21 ~ 27페이지
· 저자명 : 최현철, 손동화

초록

With the development of ICT technology by the 4th Industrial Revolution, smart home has made a big change in improving the quality of our lives. Advanced devices are becoming smaller and more sensor types, and many sensors are installed in the residential space to support human life in various conditions. Especially, since Korea is in the aging society, it is necessary to apply healthcare service in residential space. Therefore, various types of sensor and installation location for care of daily life are more than the existing smart home. However, IT devices newly developed at a high speed are often developed as stand-alone devices. Therefore, when a large number of sensors are installed in a residential space, they are newly installed on the finish surfaces such as walls and ceilings, It produces undesirable results. For AAL Healthcare's unconstrained, self-aware, real-time, bi-directional care, the residential space must provide an infrastructure that can accommodate a variety of sensors and IT devices. In this paper, we propose an AAL FRAME that can transmit a large amount of data by providing power and communication signals to a device before a space for storing various sensors.

영어초록

With the development of ICT technology by the 4th Industrial Revolution, smart home has made a big change in improving the quality of our lives. Advanced devices are becoming smaller and more sensor types, and many sensors are installed in the residential space to support human life in various conditions. Especially, since Korea is in the aging society, it is necessary to apply healthcare service in residential space. Therefore, various types of sensor and installation location for care of daily life are more than the existing smart home. However, IT devices newly developed at a high speed are often developed as stand-alone devices. Therefore, when a large number of sensors are installed in a residential space, they are newly installed on the finish surfaces such as walls and ceilings, It produces undesirable results. For AAL Healthcare's unconstrained, self-aware, real-time, bi-directional care, the residential space must provide an infrastructure that can accommodate a variety of sensors and IT devices. In this paper, we propose an AAL FRAME that can transmit a large amount of data by providing power and communication signals to a device before a space for storing various sensors.

참고자료

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