本計畫針對公路土壤邊坡可能遭遇之土層滑動破壞,進行解析法分析並搭配無線土層反應監測模組,測試發展適用於土層之解析法依時預警模式,用以互補現有以雨量監測為指標之經驗法預警模式,提高預警之準確與時效性。所開發之監測模組以廣為應用於物聯網之微機電感測系統,結合無線通訊與雲端儲存顯示技術,整合具無線通訊功能且可監測地表傾角、土中分層濕度、溫度及孔隙水壓之監測模組,形成分佈式土層滑動感測網路,作為相關防災作為啟動之參據。
The analytical method, collocated with wireless soil response sensing module, is used in this program to analyze and test and develop an analytical method time-dependent warning early system applicable to the soil layer aiming at the soil layer sliding damage that may happen to the slope road soil to supplement the existing early warning mode with rainfall monitoring as an indicator to improve the accuracy and timeliness of early warning. The developed sensing module combines the micro-electro-mechanical sensing system widely used in the Internet-of-Things with wireless communication and cloud storage display technology, integrating sensing module which has the properties of wireless communication, able to monitor the earth surface inclination angle, layered soil moisture, temperature and pore water pressure to form a distributed soil layer sliding sensing network for related disaster prevention reference.