Zaia Alimazighi

Work place: University of Science and Technologies Houari Boumediene, Algiers, Algeria

E-mail: zalimazighi@usthb.dz

Website:

Research Interests: Business, Computer systems and computational processes, Systems Architecture, Solid Modeling, Information Systems, Multimedia Information System

Biography

Zaia Alimazighi is a full Professor of Computer Science at USTHB University, team leader at the LSI laboratory and dean of the Electrical and Computer Science faculty. Her current research concentrates on cooperative Information Systems modeling, inter-organizational business process modeling.

Author Articles
Service Based Cooperation Patterns to Support Flexible Inter-Organizational Workflows

By Saida Boukhedouma Mourad Oussalah Zaia Alimazighi Dalila Tamzalit

DOI: https://doi.org/10.5815/ijitcs.2014.04.01, Pub. Date: 8 Mar. 2014

Service Oriented Architecture (SOA) is a paradigm that provides important advantages like interoperability, reusability and flexibility, particularly beneficial for B2B applications. In the current paper, we consider specific architectures of inter-organizational workflows (IOWF) fairly widespread in the B2B area and implementing different cooperation schemas. Our aim is to propose new generic IOWF-architectures by using the SOA paradigm in order to obtain IOWF models flexible enough to ease their adaptation, evolution and reuse. For that, we introduce the concept of Service-Based Cooperation Pattern (SBCP) that supports the definition of IOWF models based on services. A SBCP is defined by three main dimensions: the distribution of services, the control of execution and the structure of interaction between services. Also, we define a concept of composite cooperation pattern based on the combination of elementary patterns. We illustrate our approach by a general description of our cooperation framework called “S-IOFLOW” that supports the implementation of IOWF models obeying to the described SBCP. Three main points characterize our approach: (i) the use of a pattern-based approach; (ii) the definition of composite patterns by reusing elementary ones and (iii) the support of several cooperation schemas with different types of control.

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