Paper Info
Title
Generating Rule-Based Executable Process Models for Service Outsourcing
Abstract
Service-oriented architecture based on web services technology provides a promising platform where the enterprises are allowed to coordinate seamlessly application services on the heterogeneous information systems. In this paper, a methodology of generating rule-based process models is introduced by use of event-driven web services interaction and active rule processing. We first presented a distributed collaborative process model, which is composed of three sub-models: a global process model, local process models, and service interaction models. The models are then transformed to active rules which are expressed in form of event-condition-action (ECA). Finally, the transformed rules contain control and message-flow constraints and service interactions. The active rules can be executed to accomplish the distributed collaborative process model. We illustrate the proposed methodology with a case scenario of an international post-sales service company of electronic products.
Year
DOI
Venue
2009
10.1109/ITNG.2009.335
ITNG
Keywords
Field
DocType
local process model,event-driven web services interaction,service outsourcing,seamlessly application service,international post-sales service company,service interaction,collaborative process model,global process model,active rule,rule-based process model,active rule processing,generating rule-based executable process,information systems,rule based,web services,information technology,outsourcing,organizations,knowledge based systems,business,collaboration,software architecture,web service,process control,groupware,process model,maintenance engineering,service oriented architecture
Rule-based system,Computer science,Collaborative software,Process modeling,Outsourcing,Event condition action,Web service,Service-oriented architecture,Executable,Distributed computing
Conference
Citations 
PageRank 
References 
0
0.34
6
Authors
1
Name
Order
Citations
PageRank
Jae-Yoon Jung129731.94