Abstract
Today, mobile commerce is very popular, but all kinds of risks or uncertainties may result in very serious impacts in its development because of its open environment. Therefore, the robust operation and optimization of the mobile commerce system are discussed here. Firstly, a mobile commerce system with uncertainty is modelled as a multi-agent system, as well as its characteristics and related definitions. Secondly, the entropy evolution mechanism of the system is illustrated by entropy flow analysis, and the entropy robustness is also defined based on which the mobile commerce system is described as a system set with an exact part and an uncertain one. Thirdly, a two-dimensional entropy robustness index is presented including the space robustness and time robustness, by which the interaction mechanism of different uncertainties can be analysed and optimized. Lastly, self-organization behaviour and coupling operation of the proposed model are simulated and verified by a dynamics evolution experiment. The proposed model can realize data visualization of multi-agent system under uncertainty, providing a helpful tool for robust optimization of mobile commerce.
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