摘要
在智能家庭网关与服务提供商、分发中心以及最终用户远程访问智能家庭应用程序之间有许多通信的基础结构。在这些基础通信结构中使用了已经部署的接入技术,同时也为关键的应用程序提供了足够的可靠性和安全性,并且最大限度地减少初始投资。因此,将重点放在已经部署了的通信平台上,它们有很强的潜力成为智能家居领域的关键通信技术。此外,还研究了住宅网关接入技术在新兴家庭自动化服务中的适用性。最后,开发并演示了一个中间件的解决方案,使得基于IP的家庭网关能够作为连接家庭自动化系统(如报警系统、智能计量和电网、光伏能源生产系统等)的通用多用途启动器。
There are many candidates for a communication infrastructure between the smart home gateway and service providers,distribution centres or end-users accessing smart home applications remotely. Optimally the access technology should be already deployed cient reliability and security even for critical applications.Therefore, we focused at already deployed platforms which have a strong potential to become the key communication technologies for smart home domain. Furthermore, we investigated the applicability of residential gateway access technology for emerging home automation services. Finally, we developed and demonstrate a middleware solution enabling the "state of technology" IP-based home gateway to serve as a universal multi-purpose enabler for connected home automation systems like alarm systems, smart metering and grid, photo-voltaic energy production systems, etc.
引文
[1]J.Wu,L.Huang,D.Wang,F.Shen.IEEE Transactionson Consumer Electronics 54(3),1166(2008).DOI10.1109/TCE.2008.4637602.
[2]J.Hosek,P.Masek,D.Kovac,M.Ries,F.Kropfl.in Proceedingsof 1st International Conference on IntelligentGreen Building and Smart Grid(IGBSG 2014)(2014),pp.134-137.
[3]M.Laner,P.Svoboda,N.Nikaein,M.Rupp.in Proceedingsof the Tenth International Symposium on WirelessCommunication Systems(ISWCS 2013)(2013),pp.1-5.
[4]P.Masek,J.Hosek,M.Ries,D.Kovac,M.Bartl,F.Kr¨opfl.in Proceedings of the 4th European Conferenceof Communications(ECCOM’13)(Paris,2013),pp.1-6.
[5]B.Bertran,C.Consel,P.Kadionik,B.Lamer.in13thInternational Conference on Intelligence in Next GenerationNetworks-ICIN 2009(2009),pp.1-6.DOI10.1109/ICIN.2009.5357075
[6]OpenHAB.openHAB-empowering the smart home(2013).URL https://github.com/openhab/openhab.
[7]Home Gateway Initiative.Use Cases and Architecturefor a Home Energy Management Service.Tech.rep.,Home Gateway Initiative(2011).URLhttp://www.homegatewayinitiative.org.
[8]D.Valtchev,I.Frankov.IEEE Communications Magazine40(4),126(2002).DOI 10.1109/35.995862.
[9]D.Marples,P.Kriens.IEEE Communications Magazine39(12),110(2001).DOI 10.1109/35.968820.
[10]S.S.Wagle,N.Doulamis,M.Ade,M.G.Ullah.in Wireless Communication,Vehicular Technology,Information Theory and Aerospace Electronic SystemsTechnology(Wireless VITAE),2011 2nd InternationalConference on(2011),pp.1-5.DOI10.1109/WIRELESS-VITAE.2011.5940868.
[11]J.Hosek,P.Masek,D.Kovac,M.Ries,M.Bartl,F.Kr¨opfl.SyMPHOnY-Smart Multi-Purpose HomeGateway(2014).URL https://github.com/SyMPHOnY-/SyMPHOnY.
[12]M.Monchiero.RISC Microprocessors Examples:MIPS&ARM.Tech.rep.URLhttp://home.deib.polimi.it/silvano/FilePDF/ARCMULTIMEDIA/RISCEx2.pdf.
[13]ARM Architecture Extensions for Java Applications.Tech.rep.URL http://goo.gl/s6uwo3.
[14]N.Langhammer,R.Kays.Smart Grid,IEEETransactions on 3(4),2252(2012).DOI10.1109/TSG.2012.2208770.
[15]OSGi Alliance.Device Abstraction Layer.Tech.rep.(2014).
[16]A.Niemi.Session Initiation Protocol(SIP)Extension forEvent State Publication.RFC 3903(Proposed Standard)(2004).URL http://www.ietf.org/rfc/rfc3903.txt.
[17]Digium.Asterisk(2014).URL http://www.asterisk.org/.