Design and realization of agent action schedule component in artificial society simulation

摘要

Based on particular analysis of agent action sequence characters in artificial society, we picked out the basic elements used in agent action sequence modeling, and, converted them into Agent Action Schedule Component Modeling Language(AASC-ML) which is essentially a meta-model. Then, based on AASCML, we designed and realized three models of agent action schedule in artificial society: 1)Start-End format Time Model(SEM), the primary model which can only expresses the isomorphic of agent action in both temporal and spatial dimension; 2)Heterogeneous Time Model(HTM), which can expresses the heterogeneity in temporal dimension; 3)Heterogeneous Action Model(HAM), a integrity model which can expresses the heterogeneity of agent action in both temporal and spatial dimension. Detailed action schedule table templates and schedule arithmetic are both proposed in these three models. At last, we compared ability of expression of these three models in both theory and experimental ways.