“中凯城市之光”智慧家庭系统方案

一、索博智能家居系统简介:索博智能家居系统主要采用电力线通信总线技术(荷兰PLC-BUS技术)来实现家居智能化控制。PLC-BUS技术是一种高稳定性及较高价格性能比的双向电力线通信总线技术,它主要利用已有的电力线来实现对灯光、家用电器及办公设备的智能控制。这种电力线通信技术是由位于荷兰阿姆斯特丹市的ATS电力线通信有限公司(ATS.,CO)研发而成,它们致力于设计、开发和制造先进的电力载波智能家居控制技术,并因此技术的革新获得多项专利。ATS.,CO公司推出的一整套基于PLC-BUS技术的智能家居控制系统重新定义了家庭内部高可…     

物联网智能家居应用方案

物联网是在互联网基础上进行的一次技术革命,智能家居系统是物联网技术在家庭中的应用,智能家居系统应该使用简单,性能可靠稳定,安装方便。针对家庭住宅,基于TCP/IP 协议和Ethernet网络平台的全数字化智能家居系统比较适合。基于此设计了一个智能家居的应用方案,该平台集成了居住环境控制及安防功能。     

基于Internet、Wi-Fi及ZigBee的智能家居系统研究

智能家居未来有着广阔的应用前景,针对目前智能家居系统实用性差、成本高、可扩充性差等问题,提出了一种基于Internet、Wi-Fi及ZigBee的智能家居系统设计方案。家庭各种控制器、传感器可以通过ZigBee协议与智能家居网关自动组网,智能移动终端可以通过Wi-Fi与智能家居网关进行通信。用户可以通过Internet监控和控制智能家居系统的各个子系统。另外,智能家居网关能通过GPRS/GSM及时发送告警信息通知用户。     

PC+时代搭建智能家居平台的探索与研究

智能家居生活已随着现在的高速网络与现代通信设备的发展,逐渐从原来的幻想成为现实,现代科技带给人们的不仅仅是技术的进步,而是化单一为多样,能够让更多的家庭获得完美的新型家居娱乐体验。基于高速无线网络环境的PC+智能家居平台构建了全套智能家居的统一共享与应用,随着未来物联网的不断拓展,更多丰富的设备将加入到PC+环境中,未来人类的智能生活指日可待。     

PC＋时代搭建智能家居平台的探索与研究

智能家居生活已随着现在的高速网络与现代通信设备的发展,逐渐从原来的幻想成为现实,现代科技带给人们的不仅仅是技术的进步,而是化单一为多样,能够让更多的家庭获得完美的新型家居娱乐体验。基于高速无线网络环境的PC＋智能家居平台构建了全套智能家居的统一共享与应用,随着未来物联网的不断拓展,更多丰富的设备将加入到PC＋环境中,未来人类的智能生活指日可待。     

移动端的小型智能家居设计

针对家庭内部的应用坏境,对智能家居控制端进行分析和研究,基于Android手机平台设计了一套智能家居系统的Android手机控制端:利用Android提供的各种方法和途径建立智能家居的手机端控制软件;并利用Socket通信实现了TCP/IP协议族的TCP协议;通过手机实现了控制网关通信。     

智能交通系统中移动宽带无线接入技术的应用

针对目前交通运输中日益增长的高速状态下多媒体通信的需求和构建智能交通系统通信平台的需要,利用移动宽带无线接入技术的特点,并结合智能交通系统的通信需求,探讨了移动宽带无线接入技术在智能交通领域的应用.根据Jake仿真模型和802.20技术标准的相关模型参数,通过计算机仿真对高速运动状态下的通信信道进行了仿真试验.仿真试验中移动信道的误码率得到了较好的控制,其结果证明基于IEEE802.20的移动宽带无线接入技术来搭建智能交通系统通信平台的设想足有效可行的.     

索博智能家居典型案例

一、索博智能家居系统简介:索博智能家居系统主要采用电力线通信总线技术(荷兰PLC-BUS技术)来实现家居智能化控制,PLC-BUS技术是一种高稳定性及高性价比的双向电力线通信总线技术,它主要利用已有的电力线来实现对灯光、家用电器及办公设备的智能控制。这种电力线通信技术是由位     

基于ZigBee无线传感器网络的智能家居系统

随着电子、计算机和通信技术的发展以及人们生活水平的提高,人们对每日息息相关的家居功能有了更高的期望。为了改进现有大多数现场总线式系统布线和维护难的局面,提出了一种基于 ZigBee 无线传感器网络的智能家居系统实现方案。该系统包括ZigBee无线传感器网络、智能家居网关和移动手机终端三个部分,可以通过智能家居网关直观地掌握所有节点上各种传感器的工作状态,集中对各种电器进行控制,并可通过移动手机终端实现远程控制。经测试该系统运行良好,达到了预期的设计目标。     

基于无线传感器网络的智能家居系统

无线传感器网络通过各类集成化的微型传感器协作地实时监测、感知和采集各种环境或监测对象的信息;而智能家居系统的设计是要在家庭内部以家庭总线的方式构建一个相当于住宅神经的家庭控制网络;本文把传感器网络引入到智能家居中,设计了一个基于传感器网络的智能家居系统。     

智能家居攻击与防御方法综述

智能家居是物联网的一大发展方向,但其在安全方面表现得不如人意,近年来频频爆发网络安全事件。智能家居相较于传统的嵌入式设备,引入了移动应用程序和云平台服务,使得其暴露出了更多的攻击面。本文围绕智能家居终端设备、云平台、移动应用程序及通信等四个方面,综述针对智能家居的攻击方法和防御措施,并针对性的梳理了目前学术界及工业界关注的研究热点与难点。最后,本文针对现有智能家居设备自动化漏洞挖掘技术与防御监控能力的不足进行了讨论,并提出了基于Docker集群部署的端侧自动化威胁模型系统设计思路。     

情景对移动互联网应用选择的影响研究

作为移动通信和互联网结合的产物,移动互联网发展十分迅速,移动互联网的应用也呈现出多元化发展的态势。在对使用情景理论等相关文献进行梳理后,通过使用CATI电话调查系统和SPASS统计软件,分析研究了情景对移动互联网应用选择的影响。研究发现:移动互联网的普及率仍不高;移动互联的用户有着显著的人口结构特征;即时通信类应用的使用率远远高于其他应用,商务类应用的使用率相对较低;家庭是移动互联网用户最主要的使用情景。     

ECCbAS: An ECC based authentication scheme for healthcare IoT systems

Smart technology is a concept for efficiently managing smart things such as vehicles, buildings, home appliances, healthcare systems and others, through the use of networks and the Internet. Smart architecture makes use of technologies such as the Internet of Things (IoT), fog computing, and cloud computing. The Smart Medical System (SMS), which is focused on communication networking and sensor devices, is one of the applications used in this architecture. In a smart medical system, a doctor uses cloud-based applications such as mobile devices, wireless body area networks, and other cloud-based apps to provide online therapy to patients. Consequently, with the advancement and growth of IoT and 6G wireless technology, privacy and security have emerged as two of the world’s most important issues. Recently, Sureshkumar et al. proposed an authentication scheme for medical wireless sensor networks (MWSN) by using an Elliptic Curve Cryptography (ECC) based lightweight authentication protocol and claimed that it provides better security for smart healthcare systems. This paper will demonstrate that this protocol is susceptible to attacks such as traceability, integrity contradiction, and de-synchronization with the complexity of one run of the protocol and a success probability of one. Furthermore, we also propose an ECC based authentication scheme called ECCbAS to address the Sureshkumar et al. protocol’s vulnerabilities and demonstrate its security using a variety of non-formal and formal methods.     

基于ARM的家庭网络系统解决方案

本文提出了一种嵌入式家庭网络系统解决方案,并且实现一个基于ARM和嵌入式Linux的原型系统。它在多硬件平台和多软件平台上提供了多种家庭网络服务,能满足媒体娱乐和家庭控制的需要。系统测试证明了原型系统的有效性和稳定性。     

Mobile devices present integration challenges

Today's mobile workforce is using mobile tools for communication and computing. To stay connected and keep up with their workflow while on the road, many workers have turned to smart phones, personal digital assistants (PDAs), notebook computers, and other portable devices that provide network and Internet connectivity. While on the road, these mobile workers may want access to enterprise applications and databases. When they circle back to home base, they will likely want to upload information from their portable devices into their primary workstations or onto the company network. These activities raise critical access and security concerns. The author considers how integration is a particular problem because the portable devices operate on a variety of platforms and use a variety of communications protocols     

Recent advances in wired networking

With the Internet quickly becoming a part of everyone's life and wireless devices being adopted by an increasingly mobile work force, networking has lately experienced an unprecedented number of advances. These advances have resulted in pushing high-speed networking into new domains. Significant progress has also been made in the design of new networking applications and middleware, and toward solving complex regulatory issues. This article looks into the latest advances in wired networking. Excessive focus on one element of networking at the expense of others has led to many widely publicized networking technology failures. Business customers have only slowly been adopting VoIP (Voice over Internet Protocol) technologies. The future of many premium services that require multicasting or high-speed network support from Internet service providers (ISPs) will depend entirely on how those ISPs perceive user needs and on how fast new business models can be developed     

Mobile digcovery: discovering and interacting with the world through the Internet of things

The application of Internet-enabled devices in the real world for the development of Smart Cities, environmental monitoring, bus tracking, and parking requires scalability, extensibility, and integration of emerging resources to reach a suitable ecosystem for data acquisition and interaction with citizens. Internet of things needs to offer efficient support for global communications and access to services and information. It needs to enable homogeneous and seamless machine-to-machine communication for different solutions and applications. This work presents an homogeneous and suitable mechanism for global resource discovery, device access for deployed smart objects in different scenarios, and sensors and devices from end users (participative sensing). The integration of legacy and sensors already available from smart buildings and smart objects is presented. For this purpose, a resolution infrastructure called “digcovery” is defined for maximizing efficiency and sustainability of deployments. Digcovery architecture offers the framework to allow users to register/include their own sensors into a common infrastructure and access/discover the available resources through mobile digcovery. Mobile digcovery exploits the context-awareness, geo-location, and identification technologies available in mobile platforms such as smartphones to discover, interact, and access the resources through its ElasticSearch engine.     

基于GSM智能家居控制系统的设计

系统提出了智能家居控制系统的解决方案,详细的论述了系统的组成及实现原理.以ATmega128作为主控微处理器,使用GSM模块TC351传输信息,实现了手机终端与智能家居控制系统远距离双工通信的平台.以温湿传感、人体红外感应传感器、MQ2煤气传感器采集居家环境信息,可以利用手机短信、飞信远程控制空调和门锁的开关,监控家里...     

基于TI CC2430的智能家居系统研究

以实际项目为背景,本文首先比较了智能家居系统中流行的无线网络技术,然后提出了基于ZigBee技术的智能家居系统方案.详细的研究了基于CC2430芯片的ZigBee无线传感器网络硬件设计以及基于S3C2440芯片的嵌入式家庭网关设计.给出了协调器和路由器的软件设计流程、用户自定义帧格式以及路由算法的网络地址分配机制.实验结果证明本文提出的智能家居系统方案运行稳定、可靠、实用性好.     

基于树莓派的智能家居设计与实现

随着生活水平的提高和物联网的发展,社会对家居的智能化需求越来越迫切,本文阐述了基于树莓派的智能家居系统的设计与实现,通过采用树莓派为主要模块,搭建一款满足大众需要的智能家居系统.本系统以树莓派为主要开发平台,并基于Ubuntu操作系统进行开发的一种智能家居解决方案,其包含了语音合成、语音识别、图像识别、数据采集、AI对话、视频监控、语音控制、语音日志等功能.可通过语音、手机微信、APP与机器人和传感器进行交互,并能登录Web界面查看相应底层数据并对传感器进行相应控制.系统传感器部分采用ZigBee通信协议,与服务器通信采用MQTT通信协议,两种通讯协议低成本,低功耗,节约网络资源.