发布时间 : 星期一 文章基于物联网技术的智能家居系统（毕业设计论文） - 图文更新完毕开始阅读89be2af719e8b8f67c1cb950
4.3 烟雾传感器模块的实现 ............................................ 32 4.4 具有语音提示功能的密码锁防盗模块的实现 .......................... 34 4.5 预防小孩坠楼模块 ................................................ 37 4.6 本章小结 ........................................................ 39 第5章 系统测试 ......................................................... 40
5.1 整体界面测试 .................................................... 40 5.2 模块功能测试 .................................................... 41
5.2.1 远程监控家电模块功能测试 ................................... 41 5.2.2 密码锁防盗模块功能测试 ..................................... 43 5.2.3 烟雾报警模块功能测试 ....................................... 43 5.2.4 预防小孩坠楼模块功能测试 ................................... 44
第6章 总结与展望 ....................................................... 45
6.1 总结 ............................................................ 45 6.2 展望 ............................................................ 46 致 谢 .................................................................. 47 参考文献 ................................................................ 48
2013届计算机科学与技术专业毕业设计（论文）
摘 要
物联网技术的兴起和发展，不仅改变了我们的工作方式、也逐渐地改变我们的生活方式。不仅要求办公自动化、智能化，也需要家居生活逐渐地变得自动和智能起来。智能家居就是在这样的背景下产生的。智能家居系统是利用计算机、嵌入式系统和网络通信技术将各种家用设施通过家庭网络连接到一起，从而为人们提供更为便利舒适的生活环境。
本设计利用32位嵌入式ARM处理器S3C2440作为智能家居控制系统的核心控制器，运用高性能、接口丰富、方便移植与扩展性好等优点，并且利用嵌入式操作系统实时性强、可靠性高、资源丰富等优势，将嵌入式技术作为智能家居控制器的开发平台，使智能家居控制系统的应用开发能够变为在嵌入式平台上的二次开发，从而缩短开发周期，并且节约资源。
该设计通过对智能家居系统的分析，确定了总体架构设计。针对智能家居系统的特点和所要实现的基本功能，分析了智能家居控制器的基本结构，然后对各个模块电路进行了详细设计。最终利用人体红外传感器(infrared sensor)、GSM模块、温度传感器(temperature transmitter)、光电传感器(photoelectric sensor)，烟雾传感器(MQ-2)，继电器等，结合电路组装成系统，实现房屋的远程监控，以及保护人员、物体的安全，方便用户随时在最短的时间内了解并掌握房屋情况。
关键词：物联网，智能家居，远程监控
I
梁力源：基于物联网技术的智能家居系统
ABSTRACT
The rise and development of the Internet of things technology, especially highly developing of computer and networking technologies, not only change our everyday work, but also our life. Automation and intelligence in office will not enough, it’s a trend to ask for more intelligent everywhere, home life included. That is why smart house come out. The smart home system is using computer and network communication, embedded system technology will all kinds of household facilities via home network connection together, so as to provide more convenient and comfortable life for people.
We utilize the 32-bit embedded ARM processor S3C44B0X as the controlling core of the smart home system in this paper. It has characteristics of high performance, plentiful interfaces and convenient transplantation and extension. And also we adopt embedded technology as the platform of the smart home controller owing to its high real-time ability, high reliability and rich resourses. Thus the application of smart home system becomes the secondary development on the embedded platform so that the developing period is cut down and resource is saved.
This design through the analysis of the intelligent household system, determine the overall architecture design. According to the characteristics of the intelligent household system and to achieve the basic functions, the basic structure of smart home controller are analyzed, then has carried on the detailed design to each module circuit, the final body using the human body infrared sensor, GSM module, temperature transmitter, photoelectric sensor, smoke sensors, etc. combining with the circuit assemble system, realize the remote monitoring of the building, as well as to protect the safety of personnel, objects, convenient to the user at any time in the shortest possible time to understand and grasp housing situation.
Keywords: Internet of things, Smart home, Remote control
II