從2007開始，嵌入式系統的發展歸功於在硬體上的突破，架設一個監控系統的硬體門檻因此降低；一個多影像裝置的串流平台開發可以在不同的領域提供整合應用。
本論文的目標是希望提供一個嵌入式多裝置監視控制平台設計方法，其在硬體上易於擴充，且移植性高，適用於不同的嵌入式Linux平台上，並期望用最少的系統資源來完成。
由於考慮到硬體的移植性及降低資源的使用量，僅使用一般小型嵌入式系統專用的圖形函式庫MiniGUI及一般Linux核心皆會支援的V4L子系統及uvc_class_driver。筆者首先分析linux的系統管理方法及開機起動流程，接著分析V4L2核心源碼詳述V4L2核心在底層與V4L2 platform driver、V4L2 driver的互動及記憶體緩衝分配，最後實作移植u-boot、Linux kernel、filesystem與MiniGUI核心至開發板，並利用系統程式將以上資源整合開發，在開發板上實現一個即時影像串流銜接遠端監控系統。

Since 2007, the growing trend of embedded system is due to the breakthrough on the hardware. Therefore, the hardware threshold of building a surveillance system was reduced. A multi-device streaming platform is able to provide integrated applications in the different domain.
The focus of this thesis is to provide a solution (which is flexible for hardware expansion, and has highly portability on different embedded Linux platform) for a general embedded multi-device supervisory control platform which is expected to be accomplished with less system resources usage.
Considering to the hardware portability and the reduction of resource usage, this research only uses V4L subsystem, uvc_class_driver which are supported in the general Linux kernel and MiniGUI (a graphic interface software core that specially-designed for small scale embedded system).
To start with, the author analyzed the system management and the kernel initialization of a Linux kernel. Next, the author detailed the memory assignment in V4L2 subsystem and the interactions among V4L2 core, V4L2 platform driver, and V4L2 driver by analyzing the V4L2 subsystem source code in kernel space. In addition, the author implemented the porting of u-boot, Linux kernel, filesystem and the MiniGUI core of the development board. Finally, the author, accomplished an integrated development with the resources above by using system program. The far-end real-time stream supervisory control system was realized on the development board.

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