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Khan, Z.; Odeh, M. ed; McClatchey, R. (2011)
Publisher: Inderscience
Languages: English
Types: Article
Subjects:
In recent years, organisations have been seeking technological solutions for enacting their business process models using ad-hoc and heuristic approaches. However, limited results have been obtained due to the expansion of business processes across geographical boundaries and the absence of structured methods, frameworks and/or Information Technology (IT) infrastructures to enact these processes. In an attempt to enact business process models using distributed technologies, we introduce a novel architectural framework to bridge the gap between business process models and Grid-aware Service-Oriented Architectures (GSOA). BPMSOA framework is aligned with the Model-Driven Engineering (MDE) approach and is instantiated for role-based business process models [in particular Role Activity Diagramming (RAD)], using mobile process languages such as pi-ADL. The evaluation of the BPMSOA framework using the Submission process from the digital libraries domain has revealed that role-based business process models can be successfully enacted in GSOA environments with certain limitations.
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    • 1. A generic role-based meta-model (Khan, 2009; Khan, et. al, 2008c)
    • 2. Structure of the Role-based (in particular RAD) α-Metamodel (Khan, 2009; Khan, et. al, 2008c) ! Following is the Process_Engine_Enactment abstraction value Process_Engine_Enactment = abstraction();{ value running = location(done) value stop_channel = connection(string)
    • PC as Process_Controller(stop_chann=stop_channel) where { IRP::tuple_rec_channel unifies PC::tuple_rec_channel, IRP::role_channel unifies PC::r_address_channel, IRP::role_name_channel unifies PC::r_name_channel, IRP::role_add_channel unifies PC::r_maddr_channel, IRP::tuple_rec_channel1 unifies PC::tuple_rec_channel1, IRP::send_tuple unifies PC::tuple_rec_value, IRP::addr_rec_channel1 unifies PC::addr_rec_channel1}
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