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基于ARM的船舶现场监控模块的设计
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2009-06-22
李艳
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通过对监控模块的功能分析，选择Samsung 公司的ARM7 微处理器S3C44B0X 作为核心进
行硬件设计，进行了启动代码Boot Loader 的编写和操作系统的移植。μC/OS-II 没有给驱动程序提供统一的标准接口，本设计中采用了驱动程序抽象层的方法自定义接口，通过指向不同驱动子程序的函数指针，为操作系统挂载驱动程序。
关键词：嵌入式系统，船舶监控，Boot Loader 开发，操作系统移植
Abstract： In this text I accomplished the design of hardware, the core of which is Samsung Company’s 32-digit embedded microprocessor–S3C44BOX, and drew the principle picture of the hardware. The writing of the startup code and the transplantation of μC/OS-II operating system have been systemically discoursed on at great length. Have adopted the self-defining interface of the method of abstract layer of the driver in this design. Through point to different driver, mount the driver in for the operating system.
Key Words: Embedded System; Shipping Monitoring and Control; Boot Loader Development; Transplantation of Operating System
行硬件设计，进行了启动代码Boot Loader 的编写和操作系统的移植。μC/OS-II 没有给驱动程序提供统一的标准接口，本设计中采用了驱动程序抽象层的方法自定义接口，通过指向不同驱动子程序的函数指针，为操作系统挂载驱动程序。
关键词：嵌入式系统，船舶监控，Boot Loader 开发，操作系统移植
Abstract： In this text I accomplished the design of hardware, the core of which is Samsung Company’s 32-digit embedded microprocessor–S3C44BOX, and drew the principle picture of the hardware. The writing of the startup code and the transplantation of μC/OS-II operating system have been systemically discoursed on at great length. Have adopted the self-defining interface of the method of abstract layer of the driver in this design. Through point to different driver, mount the driver in for the operating system.
Key Words: Embedded System; Shipping Monitoring and Control; Boot Loader Development; Transplantation of Operating System
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