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| ホーム > 学会誌「EICA」 > 論文検索 > |
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| 内容 |
研究発表 |
| 巻 |
16巻2/3号2011年
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| Page |
82
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| 題名 |
Development of Water Usage Index for waterfront in U-Eco City Using Tele-monitoring System
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| Title |
Development of Water Usage Index for waterfront in U-Eco City Using Tele-monitoring System |
| 著者 |
朱 眞徹， 金 一昊，安 昶奕, 權 載衡 |
| Authors |
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| 著者表記 |
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| 著者表記(英) |
Jin-Chul Joo, Il-Ho Kim, Chang-Hyuk Ahn and Jae-Hyung Kwon |
| 著者勤務先名 |
韓国建設技術研究院建設環境研究室 |
| Office name |
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| 著者所属名 |
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| キーワード |
sustainability of urban water circulation，ubiquitous-based eco lake and river management systems, water management guidelines, water usage index |
| Key Words |
sustainability of urban water circulation，ubiquitous-based eco lake and river management systems, water management guidelines, water usage index |
| 概要 |
In order to increase the sustainability of urban water circulation and the usage of rec-laimed water in the urban area, integrated water management system networked with real time water quantity and quality data of various water resources is required. In this study, ubiquitous-based eco lake and river management systems to monitor water quantity and quality, to detect contaminants, to evaluate the aquatic ecosystems were developed. The developed ubiquitous-based eco lake and river management systems were applied to real artificial lake located in urban area. Using those systems, real-time water usage index for waterfront in U-eco city was successfully developed, and water management guidelines were successfully provided. |
| Abstract |
In order to increase the sustainability of urban water circulation and the usage of rec-laimed water in the urban area, integrated water management system networked with real time water quantity and quality data of various water resources is required. In this study, ubiquitous-based eco lake and river management systems to monitor water quantity and quality, to detect contaminants, to evaluate the aquatic ecosystems were developed. The developed ubiquitous-based eco lake and river management systems were applied to real artificial lake located in urban area. Using those systems, real-time water usage index for waterfront in U-eco city was successfully developed, and water management guidelines were successfully provided. |
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