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以电机为控制系统研究对象,以STC 89C51单片机为控制核心,设计了一个新型低成本的智能晾衣架,旨在更全面地解决广大家庭晾衣服的烦恼,引入智能家居生活,提高生活质量.用STC89C51单片机实现的基于GSM无线收发模块的智能晾衣架系统.利用单片机的功能特点以及湿度传感器和光敏传感器,可根据天气情况实现日常的智能晒、收衣服、杀菌、烘干、定时晾晒等功能,并且利用GSM短信模块工作原理,可以发送命令短信异地遥控系统实现各种操作.即使远在千里之外也能对家中的晾衣架进行智能操作,使生活更加智能. 相似文献
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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。 相似文献
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基于单片机的智能电话报警系统 总被引:4,自引:0,他引:4
介绍了一种基于单片机的智能电话报警系统,该系统利用电话机实现自动拨号报警的功能,特别适用于家庭的突发事件报警.并给出了硬件电路和软件流程. 相似文献
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以电机为控制系统研究对象,以STC 89C51单片机为控制核心,设计了一个新型低成本的智能晾衣架,旨在更全面地解决广大家庭晾衣服的烦恼,引入智能家居生活,提高生活质量。用STC89C51单片机实现的基于GSM无线收发模块的智能晾衣架系统。利用单片机的功能特点以及湿度传感器和光敏传感器,可根据天气情况实现日常的智能晒、收衣服、杀菌、烘干、定时晾晒等功能,并且利用GSM短信模块工作原理,可以发送命令短信异地遥控系统实现各种操作。即使远在千里之外也能对家中的晾衣架进行智能操作,使生活更加智能。 相似文献
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基于ARM7的远程智能住宅控制装置的研制 总被引:3,自引:3,他引:0
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。 相似文献
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本文给出了一种基于ARM的智能家庭网关的实现方法.硬件采用高速低功耗的32位微控制器ARM,软件系统采用在嵌入式实时操作系统uC/OS-Ⅱ平台上开发,实现了TCP/IP协议栈和HTTP协议,建成了一个嵌入式Web Server,用于实现远程Web访问.通过本智能家庭网关可以实现对各种家电设备的远程监控,同时也可以在本地实现同样的操作.本方法实现的智能家庭网关具有开发快、稳定性好、成本低、体积小、功耗低等特点,是一种比较理想的方案. 相似文献
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智慧家庭服务系统是现代服务计算和云计算环境下服务系统的新形态和新应用,对智慧家庭服务业务过程的分析、建模与设计问题进行了研究。介绍了智慧家庭的新理念,提出了智慧家庭服务系统的体系结构。在详细分析家庭服务业务过程基础上,提出了基于BPMN建模语言的智慧家庭服务过程建模方法。最后以具有典型性的采购服务为例,建立了服务过程模型,并给出了设计与实现方案。 相似文献
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根据增强家居安防系统的要求,提出一种视频监控系统设计。通过分析ARM微处理器的结构体系和Linux操作系统的工作原理,给出了这种在ARM9核上移植瘦身后的Linux操作系统和应用程序的方案。用户可经由任意网络设备监控ARM板上USB摄像头采集到的图像,实现智能家居系统中的网络视频监控的目的。 相似文献
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El-Moursy Ali A. Sibai Fadi N. Rehman Jahanzeb Gouda Omar M. Gaber Abdelrahman T. Khedr Ahmed M. 《Wireless Personal Communications》2022,124(2):1525-1555
Wireless Personal Communications - The development of Smart Home Controllers has seen rapid growth in recent years, especially for smart devices, that can utilize the Internet of Things (IoT).... 相似文献
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介绍智能家居的设计理念以及有线电视网络技术在智能家居中的应用情况,并对有线电视网络技术在智能家居中的更好发展提出了建议和有效措施。 相似文献
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The electricity grid is undergoing a radical transformation from a production-driven to a demand-driven energy delivery platform known as the smart grid. The integration of a large amount of renewable and distributed energy resources, together with new patterns of electricity production, accentuates the need for research in information and communication technologies to control bi-directional energy flows. The European FP7 project: “Energy Demand Aware Open Services for Smart Grid Intelligent Automation” is contributing to this research by providing an intelligent infrastructure for service deployment for the smart grid. The project defines a system architecture that provides interoperability between wireless sensors in home area networks connected over the Internet to a service provider function deployed in a cloud infrastructure. A key component in this infrastructure is the Home Energy Controlling Hub that, on the one hand, provides a platform for monitoring and aggregation of electricity consumption data from devices and appliances and, on the other hand, is the link between the deployed intelligent automation services and the home. To ensure openness and simplicity, the proposed infrastructure is based on the representational state transfer style architecture. This is adopted by implementing the emerging ZigBee IP and Smart Energy Profile 2.0 standards that to a wide extend conform with the Internet Protocol suite and state-of-the art web services development. 相似文献
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Ingeol Chun Jeongmin Park Haeyoung Lee Wontae Kim Seungmin Park Eunseok Lee 《Telecommunication Systems》2013,52(4):2335-2346
Smart Space is a major currently challenging domain that includes ubiquitous, grid, and pervasive computing to provide intelligence, insight, and vision for emerging world of intelligent environment, products, services and human interaction. Smart Space consists of various objects (devices and applications) and, their extremely tight integration of and coordination between information world and physical resources. In Smart Space, people are allowed to acquire useful information and control devices anytime and anywhere with various smart devices. However the physical world where devices are deployed has much uncertainty and uncontrollable conditions, so that it is impossible to make devices suited to all situations. To achieve user satisfaction and overcome the system failure, devices in Smart Space must be dependable, secure, safe, and efficient, and operate in real-time. In addition, they must be scalable, cost-effective and adaptive. Especially, to deal with uncertainty and uncontrollable condition, devices in Smart Space could be more intelligent in the adaptation. In this paper, we propose an agent-based self-adaptation architecture for implementing smart devices in Smart Space. A self-adaptive smart device reasons about its state and environment, and adapts itself at runtime automatically and dynamically in response to changes. Also we present an adaptation mechanism used to implementing a self-adaptive system. 相似文献
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随着微电子技术发展,要使器件水平进一步提高,除了进一步缩小芯片的特征尺寸外,采用新型材料也是有效的方法。文章介绍了SOI解决方案,阐述了SOI器件与体硅器件相比具有的明显优点。文章重点介绍了SOI晶圆材料的制备方法,目前广泛使用且较有发展前途的SOI的材料制备方法主要有注氧隔离的SIMOX(Seperation by Impolanted Oxygen)方法、硅片键合和反面腐蚀的BESOI(Bonding-Etchback SOI)方法、将键合与注入相结合的Smart Cut SOI方法。指出了SOI很有可能成为今后高性能和高可靠集成电路材料的主流。 相似文献
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Ran Giladi 《International Journal of Network Management》2004,14(4):231-239
Home and building automation applications impose the need for convergence, or at least interoperability, of data networks with intelligent building networks. This situation entails the use of a unified management system. In this paper we extend the traditional SNMP‐based network management system paradigm by creating an integrated site network management system that contains data elements, telecommunication equipment and intelligent building devices. A possible architecture based on a proxy gateway is presented and analyzed. We suggest an implementation and potential applications. Copyright © 2004 John Wiley & Sons, Ltd. 相似文献