Implementation of pervasive computing based high-secure smart home system
Implementation of pervasive computing based high-secure smart home system
复制标题
基于普适计算的高安全智能家居系统的实现
DOI：
10.1109/iccic.2012.6510231
复制
发表时间：
2012
期刊：
影响因子：
--
通讯作者：
S. Ventylees Raj
中科院分区：
文献类型：
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作者：
S. Ventylees Raj
近年来，家庭环境迅速引入了无线通信网络支持的先进计算技术。本文主要研究的是智能家居的远程监控以及用户外出时的安全保障。该安全算法将生物识别、公钥加密和基于短信的安全报警系统相结合。在提出的安全算法中，仅提供了通过无线网络监控家用电器的身份验证。在提出的普适监控系统中，它提供了防入侵的安全性，并通过短信实现各种家用电器的自动化。基于Zigbee IEEE 802.15.4的传感器网络、GSM和Wi-Fi无线网络通过标准的家庭网关嵌入。这个家庭网关控制着整个智能家居系统的无线通信。由智能传感器、无线网络和无线传感器网络的上下文感知路由协议创建的普适计算环境。每个智能传感器节点应具有多路径路由协议，以自动建立智能节点之间的无线网络。为了为智能家居系统开发一种新的随需应变的上下文感知路由协议，本文介绍了基于普适计算的智能家居监控系统的设计，为用户提供安全的智能服务，并通过实时环境演示了其实现。
In recent year, the home environment has seen a rapid introduction of wireless communication network enabled advance computing technologies. In this paper I mainly focus on the monitoring of smart home remotely and providing security when user is away from the home. The proposed security algorithm is combining of Biometrics, public key encryption and SMS based security alarm system. In the proposed security algorithm offered only Authenticate person monitoring home appliances via wireless networks. In the proposed pervasive monitoring system it provides security against intrusion as well as it automates various home appliances using SMS. Zigbee IEEE 802.15.4 based Sensor Network, GSM and Wi-Fi wireless networks are embedded through a standard Home gateway. This home gateway controls the overall wireless communication of smart home systems. The pervasive computing environment created by the smart Sensors, wireless networks and context-aware routing protocol for wireless sensor networks. Each smart Sensor node should have multipath routing protocol to automatically establish the wireless networks between Smart Nodes. To develop a new on-demand context-aware routing protocol for the smart home system, here this paper introduces the pervasive computing based smart home monitoring system's design that provides secure smart services to users, and demonstrates its implementation using a real time environment.