面向智能家居/办公自动化的实时家电管控系统研究

Geetanjali Yatnalkar, V. Gogate, V. Kotak
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引用次数: 1

摘要

“智能”这个词现在涵盖了整个世界,比如“智能城市”、“智能手机”、“智能手表”等等。该项目的研究工作着眼于全面家庭/办公室控制的可能性,这是在不久的将来实现实时监控系统的目标。这个项目介绍了家庭自动化技术的分析和实现,使用全球移动通信系统(GSM)调制解调器通过万维网和短消息服务(SMS)文本消息来控制家庭/办公室电器,如灯、空调、风扇、水箱和安全系统。根据房间里的人数来打开/关闭空调是该系统的一个额外元素,增加了它的吸引力。提出的研究重点是GSM协议的功能,它允许用户在离家时控制目标系统。家用电器,如灯和风扇,可以通过网站远程控制。如果网络信号不可用,可以通过短信发送盗窃检测信息。服务器将连接到继电器硬件电路,继电器硬件电路将操作家用/办公电器。与服务器的通信使用户能够选择适当的设备。采用串行通信和at命令的概念,开发了基于gsm的智能实时系统。房主将能够收到关于他们远程管理的任何家用电器状态的反馈,无论它们是打开还是关闭。集成GSM的PIC 16F887A微控制器发挥了重要作用,波特率达到9600bps。基于gsm的家庭自动化系统的预计原型已经开发并测试了多达四个负载,并已显示出功能。提出的工作提供了一个高效、安全、经济、易于操作的解决方案,用于智能家居/办公室的实时监控和控制,只需触摸智能手机或笔记本电脑上的一个按钮。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Investigation on the Real Time Appliance Management and Control System for Smart Home/Office Automation
The term "smart" now encompasses the entire world, such as "smart city," "smart phone," "smart watch," and so on.  The study effort for this project looks at the possibilities of full home/office control, which is the goal of a real-time monitoring and control system in the near future. This project presents the analysis and implementation of home automation technology using a Global System for Mobile Communication (GSM) modem to control home/office appliances such as lights, air conditioners, fans, water tanks, and security systems via the World Wide Web and Short Message Service (SMS) text messages. Switching on/off of air conditioners based on the number of people in the room is an additional element of the system that adds to its attractiveness. The proposed research focuses on GSM protocol functionality, which allows the user to control the target system while away from home. Home appliances, such as lights and fans, may be controlled remotely via a website. Theft detection message can be given by SMS if net signal is not available. The server will be connected to relay hardware circuits that will operate the home/office appliances. The communication with the server enables the user to select the appropriate device. The smart GSM-based real-time system was developed using the concept of serial communication and AT-commands. Homeowners will be able to receive feedback on the status of any household appliances they manage remotely, whether they are turned on or off. PIC 16F887A microcontroller with the integration of GSM plays an important role with the desired baud rate of 9600 bps. The projected prototype of a GSM-based home automation system has been developed and tested with up to four loads and has shown to be functional. The proposed work provides an efficient, secure, and cost effective easily operated solution for real time monitoring and control in smart homes/offices with the touch of a button on a smart phone or a laptop.
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