Paper Info
Title
Model driven distribution pattern design for dynamic web service compositions
Abstract
Web service compositions are often used to realise service-based enterpriseapplications. These enterprise systems are built from many existing discreteapplications, often legacy applications exposed using Web service interfaces.Acceptance of these systems is often constrained by non-functional aspects,such as Quality of Service (QoS). A number of factors affect the QoS of anenterprise system, including availability, scalability and performance. Thereare a number of architectural configurations or distribution patterns, whichexpress how a composed system is to be deployed. These distribution patternshave a direct impact upon the QoS of the composition. However, the amount ofcode required to realise these distribution patterns is considerable. Additionally, there is an increased deployment time associated with setting updifferent distribution patterns. We therefore propose a novel approach whichcombines a Model Driven Architecture using UML 2.0 for modeling andsubsequently generating Web service compositions, with a method for achieving dynamic decentralised interaction amongst services with reduced deployment overheads. These approaches combined provide for the generation of dynamic Web service compositions driven by a distribution pattern model.
Year
DOI
Venue
2006
10.1145/1145581.1145612
ICWE
Keywords
Field
DocType
dynamic decentralised interaction,web service composition,web service interface,updifferent distribution pattern,distribution patternshave,distribution pattern,distribution pattern design,dynamic web service composition,andsubsequently generating web service,anenterprise system,distribution pattern model,enterprise system,web services,quality of service,decentralisation,world wide web,web service,software engineering
World Wide Web,Computer science,Web standards,Quality of service,Differentiated service,Web modeling,Dynamic web page,Web service,Service delivery framework,WS-Policy
Conference
ISBN
Citations 
PageRank 
1-59593-352-2
28
1.19
References 
Authors
9
4
Name
Order
Citations
PageRank
Ronan Barrett1445.43
Lucian Patcas2342.51
Claus Pahl31221124.51
John Murphy47510.07