Title of article
Service Networks Modelling: An SOA BPM Standpoint
Author/Authors
Danylevych, Olha University of Stuttgart - Institute of Architecture of Application Systems, Germany , Karastoyanova, Dimka University of Stuttgart - Institute of Architecture of Application Systems, Germany , Leymann, Frank University of Stuttgart - Institute of Architecture of Application Systems, Germany
From page
1668
To page
1693
Abstract
Abstract: Services are quintessential in the current economical landscape. Enterprises and businesses at large rely on the consumption and providing of services to ensure their operations and to realize their business offers. That is, nowadays businesses all over the world are interconnected with each other by complex service-centric webs called service networks. The ubiquity and pervasiveness of service networks call for models, methods, mechanisms and tools to understand them and harness their potential. This paper investigates the modelling of the service networks with a focus on busi- ness relationships and exchanges of software services among the involved parties. The contribution of this work is threefold. Firstly, we provide an overview of what ser- vice networks modelling can offer in combination with Business Process Management (BPM) and Service Oriented Architecture (SOA) technologies. Secondly, we propose a formalism to model service networks that depicts them as aggregations of participants – e.g. enterprises or individuals – that offer, request, consume and provide services to each other. With the goal of providing a foundation for the alignment between service network-and business process models, we finally map the constructs of our service networks modelling formalism to the ones of the Business Process Modelling Notation (BPMN).
Keywords
service networks , service oriented architecture , software services , business process management , business processes , BPMN
Journal title
Journal of J.UCS (Journal of Universal Computer Science)
Journal title
Journal of J.UCS (Journal of Universal Computer Science)
Record number
2661712
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