此篇研究是介紹如何整合出適用於即時人體呼吸訊號萃取之超寬頻雷達訊號處理平台，主要內容在於各項介面設計，包含軟體Virtual C++與軟體MATLAB、軟體Virtual C++與硬體FPGA開發版、硬體FPGA開發版與硬體雷達晶片之間的溝通，內容一開始會介紹即時人體呼吸訊號偵測所採用的雷達晶片規格，以及即時人體呼吸訊號萃取所使用的演算法及呼吸波形，再來才說明不同的軟硬體工具之間的資料傳輸介面要如何設計，以達成即時訊號處理，包含軟體程式Virtual C++與FPGA上的硬體電路是如何透過FIFO做資料交換，它們之間資料傳遞的時序圖、Virtual C++呼叫MATLAB的繪圖功能，要對專案進行那些設定、還有FPGA的硬體應用電路如何與雷達晶片做溝通，以及兩者之間的時序圖。最後呈現我們的量測結果，用示波器來觀察FPGA開發板及雷達晶片之間的傳遞訊號，再用電腦展現即時呼吸訊號的偵測及呼吸特徵的萃取，還有我們帶到醫院去做量測的實際成果。

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