圖書典藏及影音數位平台

自96年起，本署各河川局陸續進行遠端監控系統之軟、硬體規劃及建置，由於各單位得標廠商不同，因此施作方式、硬體設備及軟體功能等，會因各單位之業務需求及環境限制而有所差異。署內的業務管理人員如欲查詢各河川局的相關業務，必須在各河川局間的系統進行切換，同時也需適應不同系統的操作介面，在管理上極為不便，因此，本計畫需建置「河川監控管理整合平台」，提供署內以統一入口調閱河川局之監管資訊，並與署內水資源資訊服務平台(WRISP)相互整合、介接，導入單一簽入機制，使其河川管理資料能提供署內各類資訊管理系統所應用，以達到資訊流通及提高業務執行效率之目的。

The Water Resource Agency (WRA) established the Promotion Group of Remote Monitoring System for Rivers Administered by Central Government, to set up remote monitoring and management centers at each River Management Office (RMO). The monitoring centers had applied the advanced monitoring technology to construct control points and monitoring stations at the sensitive areas. The monitoring systems at each office have managed the monitoring tasks with the least but efficient manpower. Restricted by the demands and the geological environment, every RMO has different devices, software, and communication options. The operators at the Water Resource Agency need to switch systems between local offices to inquire information. They have to adapt themselves to various operation interfaces, which can be inconvenient in monitoring management. Therefore, an Integrated Platform for River Monitoring and Management was designed and established to fulfill the business demands of WRA. The integrated system developed from this project has integrated the real-time and history images and videos from each monitoring center, and offered one integrated entrance for online browsing and image requesting. The functionality of the platform has assisted the WRA to promptly administer each RMO and local conditions, reducing the inconvenience of switching systems between offices. The platform had adopted the concepts of Network Operation Center (NOC) to set up the notification and response procedures for unusual events. Using the Integrated Platform for River Monitoring and Management as the data center, the unusual event notices will be sent to the system from each RMO, and the response to the events will be conducted in the next 24 hours through the same platform. The feasibility of vehicle detection system had been evaluated at the WangTian Monitoring Station. The initial results had shown that detection accuracy of license plate was about 86%, indicating the technology and vehicle detection system is applicable. The application of vehicle detection will be included in the program next year. In this project, the basic information of patrolling and monitoring equipment from each RMO had also been integrated on the platform, and the WebGIS was used to provide the map service. The platform also can generate the statistics results on demand. Meanwhile, the river data, including the water level, was received through the system, and the CCD images from water level monitoring stations can be obtained in real-time manner for disaster warning and response. The integration process of monitoring systems in this project had indicated the feasibility and workability of a common interface for river management. The integrated system can receive monitoring data from various resources and achieve the goal of basin-wide monitoring network. The integrated system developed by the project team had been evaluated and proved to be efficient and effective for WRA on river monitoring and management. The platform has not only enhanced the response to the unusual events, but also assisted the disaster response during the typhoon and rainy seasons.