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      사물인터넷 기술을 활용한 여름철 도로 가로공간의 실시간 온도지도 서비스 구현

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      https://www.riss.kr/link?id=A108367842

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      다국어 초록 (Multilingual Abstract)

      Roadside space is the most basic urban transportation infrastructure and the most open urban space. in the past, roadside space was recognized only as a transportation infrastructure, so the temperature of roadside space and its value as an environmental resource were secondary to that. Therefore, it is necessary to control the temperature of road sections and to draw road heat phenomena in real time to efficiently manage them. In this study, the system is developed and visualized by reflecting the temperature of roadside space in real time. An internet of Things tool has been developed to measure temperature using part of Gangseo-gu road in Seoul as an experimental area It also establishes a system that can reflect the results of this measurement in road spatial data. Based on results of this experiment, the pilot system was verified by reflecting the temperature information of the roadside space and a future development plan was derived.
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      Roadside space is the most basic urban transportation infrastructure and the most open urban space. in the past, roadside space was recognized only as a transportation infrastructure, so the temperature of roadside space and its value as an environmen...

      Roadside space is the most basic urban transportation infrastructure and the most open urban space. in the past, roadside space was recognized only as a transportation infrastructure, so the temperature of roadside space and its value as an environmental resource were secondary to that. Therefore, it is necessary to control the temperature of road sections and to draw road heat phenomena in real time to efficiently manage them. In this study, the system is developed and visualized by reflecting the temperature of roadside space in real time. An internet of Things tool has been developed to measure temperature using part of Gangseo-gu road in Seoul as an experimental area It also establishes a system that can reflect the results of this measurement in road spatial data. Based on results of this experiment, the pilot system was verified by reflecting the temperature information of the roadside space and a future development plan was derived.

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