A Model of Sensor-Based Health, Security and Tracking System for Yoho Cyclist Groups(I)

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基本資料

Project title

Code/計畫編號

NSC98-2218-E129-001

Translated Name/計畫中文名

以感測器網路實現悠活自行車聯盟( I )

Funding Organization/主管機關

National Science and Technology Council

Co-Investigator(s)/共同執行人

陳金蓮
王地河
郭政謙
范俊杰
翁仲銘

Department/Unit

Department of Computer Science and Information Engineering, SJU

Website

https://www.grb.gov.tw/search/planDetail?id=1958591

Year

2009

Start date/計畫起

01-11-2009

Expected Completion/計畫迄

31-10-2010

Co-Investigator(s)

Haw-Yun Shin

Bugetid/研究經費

3558千元

ResearchField/研究領域

資訊工程--硬體工程

無線感測網路具有低耗電、易建置、擴充性強的特性及優點，使其極適合於即時性感測與無線遠端監測等應用，進而達到無所不在的運算環境。國科會工程處自2006年推動『無線感測網路(Wireless Sensor Network, WSN)技術前瞻研究』專案，不但已成功發展無線感測網路共同平台，亦已透過此平台進行部份之應用性研究與開發，成果可謂豐碩。台北縣淡水鎮為一風景優美之山城河港，其特有的人文與自然資源，豐富了居住環境、經濟產業和文教發展，因而促使淡水鎮於2008年成為臺北縣第一個通過國際認證的「健康城市」。而聖約翰科技大學深耕於淡水鎮已40餘年，對於此地自有一份深厚的情感。因此，聖約翰科大結合了國立海洋大學、淡江大學等數位研究同仁，利用所專長的無線感測器網路（Wireless Sensor Network，WSN）的平台及相關技術，針對與自行車騎乘活動攸關的節能（Energy Conservation）、健康生活（Health Care）、環境監測（Environment Monitoring）、軌跡追蹤（Positioning and Tracking）以及安全與防盜（Safety and Security）等議題，進行深入的研發，並進而以淡水河沿岸、由紅樹林到北觀，全長約十三公里的自行車車道為計畫的實際佈建地點。本計畫性質屬無線感測器網路之整合應用與實地佈建上，以自行車騎士在戶外活動時所遭遇的問題為思考的主軸，計畫的的應用範疇涵蓋了「綠色電力供應」、「生理訊號回饋」、「軌跡追蹤及群組定位」以及「即時安全」等議題，並以「自行車裝置模組」、「車道端佈建模組」、「資料庫建置與分析模組」為共同開發所需要的核心技術。計畫中，模組間的技術互相支援性高，而且主題目標趨向一致，兼顧應用與技術的發展。預期計畫完成後，除了可在淡水河沿岸，由紅樹林到石門進行實地佈建外，本團隊也希望能夠隨著「自行車與生活」的概念推廣，將本悠活自行車聯盟系統運用到全台灣，俾利於無線感測器網路及「健康城市」的行銷。 Wireless sensor network has the advantages of low energy consumption, easy to construct and expend, which makes it a very suitable device for real time sensing and wireless remote monitoring applications, and therefore provide the calculating environment all around. The National Science Council engineering department had promoted a project called “Wireless Sensor Network, WSN Advance Technology Research” in 2006. This project had successfully developed the common platform for wireless sensor network, also some researches and developments for applications had been made by this platform. Tamsui is the first town, which passed the international certification as a “health city” for its abundant cultural and natural resources. Since St. John’s University has been in Tamsui for over 40 years, the relationship between the school and Tamsui is beyond description. Therefore, the research team which combined Tamkang University and National Taiwan Ocean University is looking forward to making a higher application on bicycle activity research about the most concerned topics in Tamsui, which are energy conservation, health care, environment monitoring, positioning and tracking, save and security, by applying the developed wireless sensor network platform and relevant technology. Finally, this project will set up a demonstration bike lane that is about 25 km long from Hongshulin to Shimen township along Tamsui River with the developed WSN system to practically improve the convenience of bicycle life. The construction of this project is primarily in wireless sensor network platform technology and deployment applications that focus on the needed of bicycle rider in outdoor activities. The scope of this project covers several features including the green power supply, physiological signals feedback, location tracking and grouping, and real-time security system. Three salient core technologies will be developed including bicycle WSN module, lane-side WSN module, and database and analysis technologies module. There is a highly technical support and relation between modules such that a tendency consistent for the purpose of this project can be reached giving consideration to the application and technology point of view. There will have a demonstration bike lane from Hongshulin to Shimen for the better bicycle life improvement. Moreover, we hope that the results of this project, the concept of YOHO Cyclist Groups, will provide a much more comfortable and intelligent bicycle life environment not only in Tamsui but also in everywhere.

Keyword(s)

感測器網路
自行車與生活
綠色電力
生理回饋
軌跡追蹤
Google Map
Sensor networks
bike and life
green power supply
physiological signals_x000d_ feedback
tracking and positioning

DSpace CRIS

A Model of Sensor-Based Health, Security and Tracking System for Yoho Cyclist Groups(I)

基本資料

Description