The intrinsic complexity of self-organising MASs (multi-agent systems) makes it difficult to predict global system evolutions at early stages of the design process. Simulating high-level models to analyse properties of a MAS design can anticipate detection of incorrect / wrong design choices, and allow tuning of system parameters. In this paper, we take abnormal-behaviour detection as a case study, and devise an artifact-based MAS architecture inspired by principles of the human immune systems. We use stochastic π-calculus to specify and run quantitative large-scale simulations, which allow us to verify the basic applicability of our IDS (intrusion detection system) and possibly obtain a preliminary set of its main working parameters.
Gardelli L., Viroli M., Omicini A. (2006). Exploring the Dynamics of Self-Organising Systems with Stochastic π-Calculus: Detecting Abnormal Behaviour in MAS. VIENNA : Austrian Society for Cybernetic Studies.
Exploring the Dynamics of Self-Organising Systems with Stochastic π-Calculus: Detecting Abnormal Behaviour in MAS
GARDELLI, LUCA;VIROLI, MIRKO;OMICINI, ANDREA
2006
Abstract
The intrinsic complexity of self-organising MASs (multi-agent systems) makes it difficult to predict global system evolutions at early stages of the design process. Simulating high-level models to analyse properties of a MAS design can anticipate detection of incorrect / wrong design choices, and allow tuning of system parameters. In this paper, we take abnormal-behaviour detection as a case study, and devise an artifact-based MAS architecture inspired by principles of the human immune systems. We use stochastic π-calculus to specify and run quantitative large-scale simulations, which allow us to verify the basic applicability of our IDS (intrusion detection system) and possibly obtain a preliminary set of its main working parameters.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
