Framework for Simulation of Quantized Virtual Society Based on Semantic P2P Network

Abstract

This paper presents a semantic P2P framework for simulation of quantized virtual society. The quantized virtual society is the virtual society in which things are quantized and the actions to be taken are chosen by scores among the candidate actions. The virtual social persons, which simulate human's actions and responses by computer algorithms, join virtual organizations as similar as real organizations. The nodes which host virtual social persons construct n-tuple overlay virtual hierarchical overlay network(VIRGO) according to the domains of their joined virtual organizations. In this paper, we present the definitions of quantized virtual society and protocols on the top of semantic P2P VIRGO network.