Towards executable business processes with the problem oriented engineering process algebra

Kaminski, Darius; Hall, Jon G. and Rapanotti, Lucia (2011). Towards executable business processes with the problem oriented engineering process algebra. In: IARIA Sixth International Conference on Software Engineering Advances, ICSEA 2011, 23-29 Oct 2011, Barcelona.

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Abstract

The paper introduces a process algebra for business process models. The algebra is located within Problem Oriented Engineering, a framework for engineering design, and is based on a process pattern defined by Hall and Rapanotti by which Problem Oriented Engineering developments should be structured. The pattern is a generator for processes being composable in three ways: in sequence, in parallel and fractally. In explicating this process algebra, a machine readable and animatable CSP is used, which forms a semantic basis for the behaviour modelling of processes. The benefits of this algebra are: simplicity, support for business process analysis and synthesis, and explicit recognition of choices (and their impact) made by agents.

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