Search results for "Universal Plug and Play"

showing 3 items of 3 documents

Phone-Controlled Delivery of NGN Services into Residential Environments

2008

The horizontally layered architecture of the IMS/NGN standards family enables the delivery of services independent of access network and requesting device. In this article, the authors propose a further separation of service control and delivery, allowing the requesting device - in particular a user's mobile phone - to invite other devices (we will focus on DLNA appliances) into the service delivery, enhancing both user experience and service design flexibility. The proposed solution builds on exploiting proximity technologies (e.g. barcodes, NFC) for pairing the control device with a remote environment. Motivated by scenarios, the architecture concepts are explained and a prototype that wa…

Access networkMultimediabusiness.industryService delivery frameworkComputer scienceService designcomputer.software_genreUser experience designMobile phoneUniversal Plug and PlayNext-generation networkVDP::Technology: 500::Information and communication technology: 550::Telecommunication: 552Mobile telephonybusinesscomputerComputer network
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Model-based approaches for the development of event-based systems using embedded services

2010

This paper presents a development use case of event-based system using (embedded) services specified in UPnP specification. Although we use only UPnP, we considered that the use case is also applicable for other (XML-based) service description technologies.

Service (systems architecture)business.industrycomputer.internet_protocolComputer scienceEvent basedComputerApplications_COMPUTERSINOTHERSYSTEMSDevelopment (topology)Home automationServerEmbedded systemUniversal Plug and PlayThe InternetSoftware engineeringbusinesscomputerXML2010 2nd International Conference on Computer Technology and Development
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Virtualization of Remote Devices and Services in Residential Networks

2009

Lately solutions for remote access for residential services have been proposed. However, these solutions require modifications to the service controllers. In addition, remote access adds complexity to the client application. We propose here a solution for decoupling remote access from the client itself with an entity that creates virtual instances of remote services in a local network. Thereby, clients will be able to discover the virtual instance and use it. Moreover, client applications do not need to distinguish between local and remote services hence reducing complexity.

business.industryComputer scienceMobile computingLocal area networkVirtual realityVirtualizationcomputer.software_genreComputer securityServerUniversal Plug and PlayHome computingbusinesscomputerComputer network2009 Third International Conference on Next Generation Mobile Applications, Services and Technologies
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