計算機畢業(yè)設計--基于arm和qt的多路信號檢測系統設計

1、 畢業(yè)設計說明書基于 ARM 和 QT 的多路信號檢測系統設計學 院：計算機科學與技術學院專 業(yè)： 計算機科學與技術 學生姓名： 學 號： 指導教師： 201 年 6 月Abstract

2、 IIAbstractWith the increasing importance of embedded technology, the development of embedded systems for all to see in recent years, embedded system applications increasingly bro

3、ad. Whether in traditional industrial monitoring, mechanical control, or the emerging mobile communications, digital entertainment, embedded systems are gradually moved into all aspects of production and lives of the peo

4、ple. In the industrial testing, the traditional embedded control systems primarily for the single-chip microcomputer hardware vector design function relatively single, visualization, and limited scalability. With the Lin

5、ux system constantly upgrading and updating, and now appeared to ARM chip carrier and Linux systems software platform designed for a new generation of monitoring system. In addition to achieving the original microcontrol

6、ler functions, visualizations stronger, equipped with the network communication function is a function of developing a more abundant micro-computer.This paper, based on UP-NetARM2410-S experiment instrument provided by t

7、he Beijing Universal Pioneering Technology Co., LTD., designs a monitoring system to conduct research and application. System platform is Linux2.4.18 kernel, GUI for the first time in the bottom Qt graphics module, using

8、 C++ and Qt graphical user interface library monitor the development of graphical data integration platform.This article first start with the hardware platform design, required to understand the hardware devices designed

9、 modules, ported in the software part of the Linux operating system platform, build the development environment, how to build a development environment, and were on the A/D conversion, touch screen driver programming, th

10、e final details in Qt, how to use C++ language designed monitoring system graphical interface. As an application of research papers, the paper mainly on the software design, while the diagnosis and monitoring technology