Paper Info
Title
Two-Staged Approach for Semantically Annotating and Brokering TV-related Services
Abstract
Nowadays, more and more distributed digital TV and TV-related resources are published on the Web, such as Electronic Personal TV Guide (EPG) data. To enable applications to access these resources easily, the TV resource data is commonly provided by Web service technologies. The huge variety of data related to the TV domain and the wide range of services that provide it, raises the need to have a broker to discover, select and orchestrate services to satisfy the runtime requirements of applications that invoke these services. The variety of data and heterogeneous nature of the service capabilities makes it a challenging domain for automated web-service discovery and composition. To overcome these issues, we propose a two-stage service annotation approach, which is resolved by integrating Linked Services and IRS-III semantic web services framework, to complete the lifecycle of service annotating, publishing, deploying, discovering, orchestration and dynamic invocation. This approach satisfies both developer's and application's requirements to use Semantic Web Services (SWS) technologies manually and automatically.
Year
DOI
Venue
2010
10.1109/ICWS.2010.97
ICWS
Keywords
Field
DocType
irs-iii framework,service annotating,electronic personal tv guide,linked data,tv-related services,semantic web services,web services,semantically annotating,television broadcasting,iptv,digital tv,tv resource data,linked services framework,web service composition,linked services,semantic web,two-stage service annotation approach,telecommunication computing,software architecture,service capability,web service technology,irs-iii semantic web service,semantic web service,two-staged approach,tv domain,web service discovery,epg data,orchestrate service,resource description framework,simple object access protocol,web service,satisfiability,semantics,tv
Services computing,World Wide Web,Computer science,Semantic Web,Linked data,SOAP,IPTV,Web service,Orchestration (computing),Database,WS-Policy
Conference
ISBN
Citations 
PageRank 
978-0-7695-4128-0
6
0.66
References 
Authors
9
7
Name
Order
Citations
PageRank
Hong Qing Yu123716.94
Neil Benn2314.66
Stefan Dietze359768.07
Carlos Pedrinaci475351.22
Dong Liu5496.27
John Domingue624922.41
Ronald Siebes761.34