We propose algorithms to synthesise the specifications modelling the capabilities of an agent, the environment she acts in, and the governing norms, into a process graph. This process graph corresponds to a collection of courses of action and represents all the licit alternatives the agent may choose to meet her outcomes. The starting point is a compliant situation, i.e., a situation where an agent is capable of reaching all her outcomes without violating the norms. In this case, the resulting process will be compliant by design.

Compliant Business Process Design by Declarative Specifications

Olivieri, Francesco;Scannapieco, Simone;Cristani, Matteo
2013-01-01

Abstract

We propose algorithms to synthesise the specifications modelling the capabilities of an agent, the environment she acts in, and the governing norms, into a process graph. This process graph corresponds to a collection of courses of action and represents all the licit alternatives the agent may choose to meet her outcomes. The starting point is a compliant situation, i.e., a situation where an agent is capable of reaching all her outcomes without violating the norms. In this case, the resulting process will be compliant by design.
2013
978-3-642-44926-0
Defeasible logic
Business Process Compliance
Petri nets
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11562/954931
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