本研究致力於整合氣體感測器、溫度計、濕度計、無線傳輸模組、微控制器(ARM-M4,AT89S52)與人機介面監控系統(Labview)，當裝設感測節點時，可藉由自我調適演算法，實現感測網路自動化建立之功能，增進感測網路的實用性。
感測網路中，自我調適的能力在無線感測領域中扮演著重要的角色，為實踐自我調適感測網路，可將演算法分為兩部分，分別為感測地圖之建立與感測資料收集。藉由感測地圖之建立，可使系統得知感測模組彼此聯結之關係，再由輪詢的方式，進行樹狀網路之節點感測資料的收集，待無線模組將資料回傳到主機後，由Labview軟體將數據適當轉換，以圖形介面顯示，並且隨時間軸記錄資料，完成自動化連線與感測系統監控之功能。
此系統提供溫濕度監測與煙霧感測之功能，若環境狀態有異常時，會將料收集速率由0.1 Hz提升為0.5 Hz，縮短監控之等待時間，可用於災害防治與災害發生時的自動化對應措施，減少災害造成的損失。

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