A soaml approach for derivation of a process-oriented logical architecture from use cases

Abstract

Designing logical architectures for cloud computing environments can be a complex endeavor, moreover when facing ill-defined contexts or insufficient inputs to requirements elicitation. Existing solutions are no longer enough to embrace challenges brought by complex scenarios and multi-stakeholder realities, as in Ambient Assisted Living ecosystems. As new concepts and cross-domain solutions emerge, these problems are tackled by connecting evermore the world of requirements and architectures, of business and technology, through service-oriented approaches. This due, we propose to extend the Four-Step-Rule-Set (4SRS) method, which has proven successful in generating a proper candidate logical architecture for an information system in ill-defined contexts, to a Service-Oriented Architecture approach for greater business integration, flexibility, and agility, by using the SoaML language. We present the result of a demonstration project, based in an industrial live setting where the 4SRS-SoaML reshaped method was applied, by generating the architectural participants, and respective channels of services and requests.