A Distributed Active Information Model Enabling Distributed Autonomics in Complex Electronic Enviornments

Information modeling plays a central role in managing complexity of the distributed electronic systems. This paper proposes a nature-inspired distributed active information model (DAIM) to enable the local decision-making process, that will fundamentally contribute to a number of complex distributed electronic environments. The consequences from multiple distributed decision-makers give rise to the global goals exhibited by emergent properties. Details of the DAIM model are described in this paper. The validation for this model is also be given via the experimental tests in the discrete event simulator. Performance comparisons show the DAIM model outperforms the conventional information model.