Design of child’s safety management system based on ontology using context information of home network

This paper presents a system to alert of dangerous a child situation of a child by applying context information collected from a home network to ontology that is capable of inference. Radio frequency Identification (RFID) and sensors were used for the configuration of a home network, to obtain the raw data to convert into context information. To express the ontology, web ontology language (OWL) was used to provide the inference of context information. Then, simple object access protocol (SOAP) messages were used to notify of the dangerous situations that a child may be involved in via mobile devices. The proposed system consists of Context Manager, Service Manager, and Notification Manager. The child's safety management system can proactively detect the context data of a child on the basis of context awareness. In the experiment, the Jena 2.0 by ontology reasoner and the OSGi(Open Service Gateway initiative) Gateway developed using open source software Knopflerfish 1.3.3 were used to implement the service frame work.     

Design of child’s safety management system based on ontology using context information of home network

This paper presents a system to alert of dangerous a child situation of a child by applying context information collected from a home network to ontology that is capable of inference. Radio frequency Identification (RFID) and sensors were used for the configuration of a home network, to obtain the raw data to convert into context information. To express the ontology, web ontology language (OWL) was used to provide the inference of context information. Then, simple object access protocol (SOAP) messages were used to notify of the dangerous situations that a child may be involved in via mobile devices. The proposed system consists of Context Manager, Service Manager, and Notification Manager. The child's safety management system can proactively detect the context data of a child on the basis of context awareness. In the experiment, the Jena 2.0 by ontology reasoner and the OSGi(Open Service Gateway initiative) Gateway developed using open source software Knopflerfish 1.3.3 were used to implement the service frame work.     

基于3G网络的智能家居控制系统

随着3G网络时代的到来,无线网络环境得到较大的改善,而智能家居系统在其带动下也得到了较大的发展,其功能性也更加强大.于是以3G技术作为依托,将其用于智能家居系统中,利用ARM和单片机为主CPU以及协处理器创建了硬件系统,并利用Linux系统平台来研发软件,对家居进行远程控制,从而实现其智能化.     

基于无线传感器网络的智能家居控制系统设计

智能家居改变传统了的家居生活模式,使人们的生活变得更加舒适。详细阐述了利用ARM处理器、GPRS模块、无线传感器模块和功能模块构建智能家居控制系统的设计过程。     

家庭网络终端的设计与实现

介绍了基于单片机的家庭网络终端的设计和实现方法，通过电话网络或互联网络实现了可以远程控制的智能家居系统．     

采用Tree及AODVjr-PB路由算法的家庭无线网络设计

针对一些较复杂的家庭住宅,提出融合Tree及改进型AODVjr路由算法—AODVjr-PB的家庭无线网络设计方案。网关由LPC2214嵌入式芯片设计,STC12C5A60S2单片机作为家电子节点控制核心。网关和移动遥控器通过IP-Link 1221无线模块监控家电,实现智能电器、环境监测和安全防护。网关还连接GPRS/GSM网络、Internet和公共交换电话网络(public switched telephone network,PSTN),操作者可通过手机或计算机远程遥控监测家电网络。系统具有安全可靠、简单实用、经济便宜和节能低耗的特点。     

基于嵌入式系统的智能家居网络实现

讨论了基于嵌入式系统的智能家居网络的实现.介绍了嵌入式系统及家居网络的概念和功能,讨论了几种基于嵌入式系统的智能网络的实现形式,最后以三星公司ARM7TDMI微处理器S3C44B0X为例,从硬件和软件两方面较详细地论述了基于嵌入式系统的智能家居网络的实现过程.     

智能家居远程控制系统的设计

文章介绍了一种新的智能家居远程控制系统的设计方案。系统采用蓝牙无线通信技术实现了方便、灵活的家庭内部组网,可以通过电话和网络远程控制连入家庭网络的网络家电,在家中通过无线控制终端实现对家庭联网设备的集中控制。该系统简单易用,扩展性好。     

基于高速公路信息网的移动嵌入式监控系统设计

针对高速公路管理手段存在的局限性,对基于路网的移动视频监控系统进行了详细的设计与研究.该系统采用C/S模式,将嵌入式技术、Gtk＋/Gnome技术和现代网络传输技术相结合,运用Linux环境下多线程编程方法,对系统软硬件结构及其涉及到的关键技术进行了分析.经过实践测试,所设计的嵌入式设备小巧轻便且整个系统工作性能稳定,视频监控界面清晰流畅、实时性好.能够较好地克服传统公路视频监控系统在日常管理与施工建设阶段中的缺点,使高速公路的管理更加科学完善,具有一定的实际应用价值.