Résumé:
The rapid development of Business Process Management (BPM) technology has
revolutionized information systems by enabling the efficient management of business
processes. However, despite these advancements, some problems persist in terms of
cooperation and integration within BPM environments. These problems are caused
by the diversity of business logics specific to each organization, which hinders inter-
organizational exchange and coordination mechanisms.
To overcome these challenges, businesses require an effective integration and co-
operation solution to streamline processes across different departments such as mar-
keting, sales, customer service, and the supply chain. It is also crucial to ensure data
transformation while preserving its integrity and managing storage. In this context,
mastering the flows between processes and ensuring consistency in exchanges bet-
ween interfaces are important considerations to be faced.
The gools of this end-of-studies project is to propose an approach for integrating
and cooperating business processes. To achieve this goal, we will utilize formal models
such as Deterministic Finite Automata (DFA) to represent business processes, and we
will employ patterns to identify commonalities between these processes and facilitate
their integration and cooperation
