智能家居终端控制系统的研究

发布时间：2018-01-16 13:07

本文关键词：智能家居终端控制系统的研究　出处：《南京林业大学》2015年硕士论文　论文类型：学位论文

更多相关文章： 智能家居 ARM 嵌入式 Linux内核

【摘要】：随着社会经济的发展,人们的生活节奏也随之变得越来越快,尤其是生活在城市里的人们,每天都面临着各种各样的生活压力。家是人们放松、调节、缓解生活压力的地方。为了方便人们对家的管理,更好地享受家带来的美好生活,智能家居控制管理系统应运而生。随着视频监控、媒体播放等对处理器要求较高的技术不断应用到智能家居控制管理系统中,传统的ARM 9、ARM11处理器不能满足智能家居终端的需求,加之传统智能家居控制系统使用基于非开源的WindowsCE商业操作系统,且终端人机交互不友好,因此本文设计并实现了基于ARM Cortex A8的智能家居终端控制系统。经过调试,系统正常工作,达到预期设计的目标。在本课题设计的过程中主要完成了以下工作:1.完成了智能家居终端控制系统硬件平台的设计,包括USB摄像头模块、PM2.5模块、温度检测模块、报警器模块、智能终端的硬件设计。2.完成了嵌入式Linux系统的内核裁剪与移植、uboot系统设计与移植、根文件系统的设计,设计了终端友好图形操作界面。3.完成了LED灯、AD转换、报警器、空调、排风扇硬件驱动模块的编写,控制服务程序设计,以及网卡驱动、摄像头驱动模块的加载。实现了系统时钟显示、CPU频率、空闲内存、磁盘剩余空间参数的获取。设计了PC远程登陆智能终端的界面,并实现了远程登录功能。4.完成了智能终端对室内LED灯开关控制,温度、PM2.5值采集与调节控制、视频监控功能以及各功能模块的调试。
[Abstract]:With the development of social economy, people's rhythm of life has become faster and faster, especially people living in the city, face a variety of daily life pressure. To ease the pressure of life. In order to facilitate the management of people home, better enjoy the good life brought home, intelligent home control management system came into being. With the video surveillance. Media playback and other high processor requirements technology has been applied to the smart home control management system, the traditional ARM 9 ARM11 processor can not meet the needs of smart home terminals. In addition, the traditional smart home control system uses WindowsCE commercial operating system based on non-open source, and the terminal human-computer interaction is not friendly. Therefore, this paper designs and implements the intelligent home terminal control system based on ARM Cortex A8. After debugging, the system works normally. Achieve the desired design objectives. In the course of the design of this topic, the following work has been accomplished: 1. The hardware platform of the intelligent home terminal control system, including the USB camera module, has been designed. PM2.5 module, temperature detection module, alarm module, intelligent terminal hardware design. 2. Completed the embedded Linux system kernel clipping and transplantation of uboot system design and transplantation. The design of the root file system, the design of terminal friendly graphical operation interface .3.completed the LED lamp AD conversion, alarm, air conditioning, exhaust fan hardware driver module, control service program design. The system clock display CPU frequency, free memory, disk remaining space parameters are obtained. The interface of PC remote landing intelligent terminal is designed. The remote login function. 4. The intelligent terminal controls the switch of indoor LED lamp, collects and adjusts the temperature of PM2.5 value, the video monitoring function and the debugging of each function module.
【学位授予单位】：南京林业大学
【学位级别】：硕士
【学位授予年份】：2015
【分类号】：TU855

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