ESP 8266 For Control And Monitoring In Smart Home Application

L. Syafa'ah, A. E. Minarno, F. D. S. Sumadi, D. Rahayu
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引用次数: 10

Abstract

A smart home system is commonly defined as an embedded system in the house which helps residents in carrying out routines at home. In this paper we propose to measuring maximum distance and response time of ESP8266 modules in smart home system which include online and real time controls of: door lock, lighting dimmer, automatic switches equipped with energy sensors, infrared furniture and camera systems. The system modules are based on an ESP8266 Wi-Fi microcontroller. The modules are connected to a central server via Wi-Fi media by using data communication based on JSON on HTTP protocol, using an IP camera. Programs in modules are designed to be as simple as possible to save resources and to achieve the shortest possible response time. Modules on this smart home system have been tested and have proved to operate intelligent-home systems in providing controls of: electricity, automatic door lock, electricity consumption statistics, infrared-based furniture, and cameras to monitor a room directly. Based on experiment the maximum distance between Wi-Fi access points and ESP8266 modules in LOS conditions is 190 meters, and the average response time of the module is 1.62 seconds.
ESP 8266在智能家居中的控制和监控应用
智能家居系统通常被定义为房屋内的嵌入式系统,它可以帮助居民在家中进行日常工作。在本文中,我们提出在智能家居系统中测量ESP8266模块的最大距离和响应时间,包括在线和实时控制:门锁,照明调光器,配备能量传感器的自动开关,红外家具和摄像系统。系统模块基于ESP8266 Wi-Fi微控制器。各模块通过一个IP摄像机,通过基于HTTP协议的JSON数据通信,通过Wi-Fi媒体与中央服务器连接。模块中的程序设计得尽可能简单,以节省资源并实现最短的响应时间。这个智能家居系统上的模块已经经过测试,并被证明可以运行智能家居系统,提供控制:电力、自动门锁、电力消耗统计、基于红外的家具和直接监控房间的摄像头。根据实验,在LOS条件下,Wi-Fi接入点与ESP8266模块之间的最大距离为190米,模块的平均响应时间为1.62秒。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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