Titlebook: Experimental Econophysics; Properties and Mecha Ji-Ping Huang Book 2015 Springer-Verlag Berlin Heidelberg 2015 Agent-based Modeling.Arbitra

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Partial Information: Equivalent to Complete Information,an become more efficient. The belief can be easily understood according to the well-known efficient market hypothesis. In this work, we attempt to challenge this belief by investigating a complex adaptive system, which is modeled by a market-directed resource-allocation game with a directed random n

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Risk Management: Unusual Risk-Return Relationship,s for sharing limited resources or wealth, by using different methods. One method is to invest, in order to obtain payoffs with risk. It is a common belief that investments with a positive risk-return relationship (namely high risk high return and vice versa) are dominant over those with a negative

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https://doi.org/10.1007/978-1-4684-5110-8d in the system. In the critical region, we find that the overall system will spontaneously display an efficient, stable, and unpredictable mode in which the market’s invisible hand can fully play its role.

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Genetic Improvement of Carnation,g the subjects (acting as suppliers and consumers) with heterogeneous preferences and a decision-making capacity that matches with environmental complexity. The accompanying agent-based simulations also confirm the emergence of business cycles, thus generalizing our experimental results beyond speci

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https://doi.org/10.1007/1-4020-3959-Xat in the second phase if too much information is shared among agents, the system’s stability will be harmed instead, which differs from the belief mentioned above. Also, at the transition point, the ensemble fluctuations of the fluctuation level remain at a low value. This phenomenon is in contrast