解析智能化家用电器设备的现状和发展前景

家用电器是现在生活中离不开的设备,这些设备能够提高我们的生活质量,节省我们处理家务过程中的时间,对于现在快节奏的生活方式来说极为实用.在经过几十年的发展之后,家用电器的普及程度非常之高,每家每户都会有几件家用电器设备.而这也让家用电器市场进入了白热化的阶段,技术创新的瓶颈使得如今的家用电器设备没有太多的新意,如何改变发...     

基于ARM9的无线智能家居控制(智能监控)系统设计

无线通信设备、信息传感设备与嵌入式控制系统目前已广泛应用于智能家居产品上,实现家居的智能化,提升家居的安全性、便利性、舒适性.本文设计了一种基于ARM9的无线智能家居控制系统,实现家居电器控制与安防监控功能.希望本论文的研究工作能够为对智能家居方面的应用及发展提供一点借鉴意义.     

自主安全的智能家居服务器系统设计

为实现实时对家居环境的监控以及满足人们对家居环境安全性的要求,设计一种结合ARM,Android,ZigBee,GSM,Redis以及BOA技术的安全智能家庭系统。家电节点传感器负责家电设备信息收集,ZigBee网络负责传输这些信息,ARM服务器进行处理,GSM模块发送报警信息,Android客户端进行信息显示并控制。针对实时性以及安全性要求,重点研究服务器的硬件通信、守护进程、数据接收以及解析、消息队列管理等。实验结果表明,系统通过手机端可随时随地对家居环境进行监控,操作几乎无延迟;服务器自主安全运行,无需人工干预;数据存储在本地服务器,不经过第三方;手机端每次登录比对号码,密码以及IMEI,安全性得到保障。     

信息家电与智能家庭网络

信息家电的出现和家庭网络技术的发展，促进了智能化、网络化家庭的实现。介绍了信息家电和家庭网络的概念，功能以及智能家庭网络的结构，指出了智能家庭网络中存在的主要问题，最后提出了智能家庭网络的控制平台和OSGi服务体系结构。     

A secure electric energy management in smart home

We formulate and study an intelligent and secure house electricity system on the basis of the Internet of Things. The security of sensitive data collected and transmitted by sensor nodes installed in home appliances and household electrical devices is critical, since the transmitted data can be easily manipulated by different types of attacks. The confidentiality and integrity of household electrical devices information must be assured to insure appropriate and timely response. Providing a secure aggregation mechanism is thus very essential to protect the integrity and the privacy of data aggregation. In this paper, we propose a secure data aggregation scheme that exploits compressed sensing (CS) to reduce the communication overhead of collected electrical power measurement. Then, the data will be encrypted by each sensor node after the compressing phase, and a cryptography hash algorithm is used to ensure data integrity. Finally, we apply an aggregation function for data priorities and then send the data for diagnosis. Then, we will present simulation results for the evaluation of the proposed electric energy management system.     

No Pervasive Computing without Intelligent Systems

For pervasive computing ideas to reach, and be used, by the general public, they should fulfil an unmet need. Automation of manual tasks in the home, car or at work provides a rich environment for new services and applications. Pervasive computing can be the infrastructure upon which such services can be built. However, without intelligent systems to support pervasive computing environments, users will be overwhelmed by the complexity of the systems with which they are asked to interact. Experience shows that, to be adopted, technologies must address a need without making unreasonable demands of the user, and without imposing huge maintenance and access costs. Intelligent systems will play a major part in enabling the applications that will create user need in pervasive computing environments — facilitating user access to the environment and reducing management cost to supportable levels. This paper will explore the social and technological research issues relevant to the use of intelligent systems in pervasive computing. These include privacy and data protection, user interface and human interaction with intelligent systems, knowledge acquisition, and the management of large-scale systems capable of autonomous action.     

基于单片机的家用电话远程遥控装置设计

设计并实现了一种基于电话通道的家用电器遥控装置。该装置采用单片机智能控制,利用不同的提示音达到对不同操作的提示和受控方状态的信息反馈,从而使操作者能及时了解受控方信息,使产品达到交互式与智能化。经过实际测试:该装置经济、可靠,符合未来家电的智能化发展方向,具有一定的实用价值。     

An Intercommunication Home Energy Management System with Appliance Recognition in Home Network

In present days there are wide varieties of household electric appliances along with different power consumption habits of consumers, making identifying electric appliances without presetting difficulty. This paper introduces smart appliance management system to recognize electric appliances in home networks, which uses sensing devices that measure current to calculate the power consumption of the appliances. The system will set the characteristics and categories of each electric appliance, and then uses the classifications of the electronic energy features in order to recognize different appliances. The system searches the cluster data while eliminating noise for recognition functionality and error detection mechanism or the electric appliances using the current clustering algorithm. Afterwards the recognition are used to build a control list of appliances on the platform to provide appliance intercommunication. Simultaneously, the household appliance automatic control services are integrated by the system to control appliances based on userspower consumption plans to realize a bidirectional monitoring services. In actual experiments, the proposed system achieves a recognition rate or 95% as well as successfully controls general household electric appliances in home network.     

Maintaining Privacy in Pervasive Computing — Enabling Acceptance of Sensor-Based Services

In the near future, everyday objects like cars and home appliances will connect the living environment to information networks. Pervasive computing devices will allow applications to gather and share a large amount of information. This may then open up a market for a large range of new services and applications. With a world densely populated by smart dust sensor devices, no single part of our life will be able to escape from digitisation. Soon, sensor networks will be able to track everything from our feelings to our behaviour. Besides the enormous potential value, we can foresee many undesirable uses. In a worst-case scenario, privacy implications, particularly the bad publicity around invasions of privacy, could block the incredible potential of pervasive computing. In this paper, we introduce the privacy issues found in the field of pervasive computing in two parts. The first part provides a brief look at the understanding of privacy, factors that can be used to control privacy, and the development of fair information practices and how they relate to the world of pervasive computing. The second part introduces technology that can provide a tool-set to support these fair information practices, and maintain the role of the data subject in the management of their private information.     

智能家居管理系统

系统结合智能家居节能、安全、自动化的特点,设计了智能家居管理系统.利用无线路由器实现局域网和外网监控,在电脑端和手机端上利用上位机进行远程视频观看和控制家用电器,通过GSM发送短信对家电进行控制,并能实现家居安全监控.该系统具有户外防盗监控和户内照明自动控制功能,测试效果良好,具有实际应用价值.     

智能化家电的特征和技术发展趋势分析

随利用控制技术、通信技术、自动化技术以及计算机技术将各种家电结合一起,使家居生活变得更为节能、有效和安全的方法就是智能化家电系统.智能化家电系统在未来将有很大的发展潜力,具有较为广阔的市场空间.     

关于无线电技术在智能家庭系统中应用的探讨

如今,人工智能的发展成果已经走进千家万户,智能家庭的出现也使人工智能技术融入传统家电设施,并逐步实现对家电和相关设备的智能控制以及设备之间的自由联通。智能家庭成为未来家电家居的发展方向之一,而利用无线电技术实现设备间的互联和通信则是智能家庭系统的技术核心。从智能家庭产业发展现状入手,对智能家庭系统中无线电通信技术的应用进行阐述和分析,并对智能家庭的未来发展进行展望。     

物联网引领智能家居进入应用时代

将家电通过无线网络联系起来的系统就是智能家居系统,其不仅能为人类提供一个更为舒适和安全的家居环境,而且还能减少生活能源的浪费.本文概述了智能家居这一理念,并对智能家居系统今后的发展进行了展望.     

可穿戴家居医疗系统研究

系统包括体征检测、智能预警、远程监控和家电控制五部分.系统采集人体和环境的数据进行软计算,当数据正常,系统将结果显示给佩戴者、家人和医生,并将数据上传云端存储;当数据异常,系统发送预警信息给家人和医生,控制家电,并将数据上传云端进行数据融合计算,经过精确分析,为佩戴者提供医疗服务.     

基于单片机的智能家居控制系统设计及应用

智能家居控制系统包括对家电实现远距离控制和近距离控制的一种控制型系统,通过系统内的TC35模块对控制信息进行采集,并将这些控制信息发送到STC89C52模块中去,由单片机发出系统控制指令,从而实现家居家电的控制.     

基于移动计算的智能家庭研究

在家庭网络、无线通讯、移动计算技术迅速发展的时代,伴随着信息家电的出现,智能家庭得到广泛的应用。但现有的智能家庭只能通过家庭内部设备提供相关服务,在远程控制方面技术尚未成熟并且不具有移动性,提出的是一种将智能家庭和移动计算相互融合的构想,即借助家庭网关和移动网络服务来实现智能家庭享受移动计算提供的优质服务。后期还要靠很多具体理论和实践工作来实现。     

基于蓝牙技术的嵌入式信息家电网络系统设计

随着信息家电的发展以及人们对Internet依赖性的增强,家庭网络代表一种新理念正被越来越多的人所关注。利用蓝牙技术可以将微机与各种智能家电设备连接成一个方便实用的嵌入式无线家庭网关。在研究该家庭网关应完成功能的基础之上,提出以S3C2410为核心的家庭控制子网的实现方案。该家庭网关对外与Internet相连,对内采用蓝牙BlueCore2 External模块和家电通信,从而实现通过Internet上的计算机对家庭内部设备的远程监控。     

基于ESP8266的智能家居控制系统设计

随着科学的不断进步,物联网产业的如火如茶的进行中,未来的智能家居将是一个非常大的舞台.本文讲述一种基于ESP8266无线WIFI模块的智能家居控制系统,该系统结合单片机技术,通过无线模块ESP8266接收无线信号,转发给单片机,单片机控制继电器和红外遥控模块来远程控制家电.用户可以通过手机连接系统远程控制家用电器的开关和工作状态.     

基于ARM7的远程智能住宅控制装置的研制

随着网络技术和通信技术的不断发展以及人们对生活要求的不断提高,实现家庭智能的远程控制已经成为必然的趋势。本文采用嵌入式系统、GPRS通讯技术和RS485总线技术相结合的方式,研制了一种操作简单且成本较低的远程智能家电控制系统。通过该系统,可以将家中的电器、防盗系统、水电系统有机的结合起来,实现对家用电器和各个子系统的智能管理。同时能通过短信等方式,实现对家庭系统的远程监控。     

基于ZigBee技术的家电协同控制系统设计

为了使家电设备更加高效节能和满足人性化需求,本文基于ZigBee技术设计了家电协同控制系统。利用ZigBee技术实现了传感器与家电设备、家电设备之间的互联互通和一体化,通过传感器的协同感知,家电设备之间的功能关联协同控制,以系统化管控方式从全局上优化了家电的运行。经实验,家电通过协同控制运行后效率明显。