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ROADMap: a novel method for role-based and decentralized process modeling
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Date
2015
Author
Ertuğrul, Ali Mert
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Role-based and decentralized process modeling allows actors to focus on modeling their own role behaviors and requires them to communicate and negotiate with each other in order to form a consistent and integrated process model. Due to the collaborative nature of role-based and decentralized process modeling, negotiations among the actors who play different roles have a crucial impact on modeling activity of overall process. Based on the communication and negotiation time among the actors, these types of process modeling approaches vary. In this study, we propose a role-based and decentralized process modeling method, called ROADMap, that keeps the strengths and improves the weaknesses of current ones. The exploratory study results reflect that these strengths and weaknesses can be categorized under five aspects namely flexibility, conflict prevention, information awareness, overall view and latency. The proposed ROADMap method considers these aspects and it is supported with a web and cloud-based tool and a notation. A multiple case study is conducted in order to validate the proposed ROADMap method. Case study results indicate that ROADMap method is a successful role-based and decentralized process modeling method for process stakeholders in organizations.
Subject Keywords
Workflow
,
Workflow
,
Business
,
Business
URI
http://etd.lib.metu.edu.tr/upload/12619060/index.pdf
https://hdl.handle.net/11511/25020
Collections
Graduate School of Informatics, Thesis
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A. M. Ertuğrul, “ROADMap: a novel method for role-based and decentralized process modeling,” M.S. - Master of Science, Middle East Technical University, 2015.
