台灣地質構造複雜且破碎,且地形多丘陵與山地,但地狹人稠,山坡地的開發利用已屬常態,而過度開發再加上豐沛的雨量,導致常見邊坡嚴重災害及生命與財產之損失,另高山往往為雷達、防衛設施佈建的最佳位置,但營區陣地的聯外道路、邊坡若因天災造成中斷或邊坡坍滑,將嚴重影響國防任務,故在山坡地高度開發的今日,對山坡地結構物的防災與減災的監測,已成為一個十分重要的課題。 隨著大地工程技術、資訊科技發展,兩者實務應用上的結合於近期被廣泛的討論,無線感測網路(Wireless Sensor Network)於邊坡監測的運用是其中之一,本研究目的是為此新思維之即時警報監測系統,提供設備規格、準確度校正流程、系統實地佈建監測及邊坡管理機制等建議,以提升此應用技術之可靠度及實用性。
The geological structure of Taiwan is complicated and fragmented, and a significant part of Taiwan is covered by mountains and hills. Due to numbers of population with no more plain, the highly development of slope has become normality. But it caused great loss of many lives and damages to properties when overexploitation of slope coupled with abundant rainfall . In addition, high mountains is also the best-choice locations of radar station and air defense basement, if the road of Combat readiness is damaged by natural disasters, it will cause seriously affected on tasks of national defense. So, the monitoring of slope stability for protecting, avoiding and decreasing natural disaster becomes a very important subject. As technology advances, real-time monitoring of slope stability by using Inclined Wireless Sensor Network is one of the new ideas on combined engineering technology with science. This study is aim to improve reliability and practicality of this application technology by providing suggestions on equipment specifications, procedures of accuracy correction, field provisioning and the management mechanism of slope.