使用樹莓派單板電腦之自動監控

摘要－本文是以樹莓派電腦為基底設計程式來達到監控目標，先以樹莓派電腦內程式設計出監控與自動傳送訊息，藉由攝像機拍照、錄影以後上傳到樹莓派專有網頁後，設定拍攝地點，在藉由攝像機程式調整後會有動態捕捉框，有動態物體在行進時攝像機進行拍照後，傳輸到電腦資料夾內，再藉由其他的設定程式機照片運送到E-maill以達到即時偵測到物體移動，在測試完寄件以後開始測試幀率與圖片更新率、動態捕捉、解析度，以上五點為這次利用樹莓派重點項目，雖然目前科技上無法補足內部程序記憶體不足，以及流暢度差異，在未來樹莓派一定在升級上會有更突出更亮眼的表現，甚至能取代現今的筆記型電腦，以達到IOT的遠大目標。

關鍵字

樹梅派監控

並列摘要

Abstract - This article uses a Raspberry Pi computer as a base to design a program to achieve the monitoring objectives. The Raspberry Pi computer program is used to design the monitoring and automatic transmission of information. After the camera takes a photo and uploads it, it is uploaded to the Raspberry Pi proprietary website. , Set the shooting location, there will be a dynamic capture frame after adjustment by the camera program, there is a dynamic object in the camera when the camera is taking pictures, then transferred to the computer folder, and then shipped to the E-maill by other settings program machine photos In order to detect the movement of objects in real time, the test frame rate and image update rate, dynamic capture, and resolution are started after the test is completed. The above five points make use of the Raspberry Pi key project, although it is currently impossible to complement internal procedures. Insufficient memory and differences in fluency, in the future, the Raspberry Pi must have a more prominent and more dazzling performance in upgrading, and it can even replace the current notebook computers to achieve the ambitious goals of IOT.