基于ARM7与uClinux嵌入式智能终端系统
发布时间：2019-06-03 11:52
【摘要】：文中阐述了基于ARM7和μClinux操作系统的任务应用,给出嵌入式智能终端硬件平台。说明温度测量的硬件电路和程序设计,实现了网络程序设计。描述了WebServer流程图,通过网页浏览可以看到实时温度显示值,网络接口设计选择RTL8019AS芯片,设计了基于ARM7处理器的数据采集与存储功能。说明E2PROM存储器CAT1025与ARM7处理器的硬件连接电路和软件流程图。使用ZLG7290实现了键盘管理的人机接口功能,描述了MiniGUI体系结构,实现了虚拟示波器和智能终端的功能。
[Abstract]:This paper describes the task application based on ARM7 and uClinux operating system, and gives the hardware platform of embedded intelligent terminal. The hardware circuit and programming of temperature measurement are described, and the network programming is realized. The flow chart of the WebServer is described. The real-time temperature display value can be seen through the web browsing. The RTL8019AS chip is selected by the network interface design, and the data acquisition and storage function based on the ARM7 processor is designed. Illustrate that hardware connection circuit and software flow diagram of the E2PROM memory CAT1025 and the ARM7 processor. The man-machine interface function of the keyboard management is realized by using the ZLG7290, the MiniGUI architecture is described, and the functions of the virtual oscilloscope and the intelligent terminal are realized.
【作者单位】： 北京信息科技大学自动化学院;
【基金】：2012年北京市自然科学基金项目(4122029)
【分类号】：TP368.12
[Abstract]:This paper describes the task application based on ARM7 and uClinux operating system, and gives the hardware platform of embedded intelligent terminal. The hardware circuit and programming of temperature measurement are described, and the network programming is realized. The flow chart of the WebServer is described. The real-time temperature display value can be seen through the web browsing. The RTL8019AS chip is selected by the network interface design, and the data acquisition and storage function based on the ARM7 processor is designed. Illustrate that hardware connection circuit and software flow diagram of the E2PROM memory CAT1025 and the ARM7 processor. The man-machine interface function of the keyboard management is realized by using the ZLG7290, the MiniGUI architecture is described, and the functions of the virtual oscilloscope and the intelligent terminal are realized.
【作者单位】： 北京信息科技大学自动化学院;
【基金】：2012年北京市自然科学基金项目(4122029)
【分类号】：TP368.12
【参考文献】
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