Abstract
Since Barabasi et al. studied human individual behavior patterns in 2005, human dynamics has become the subject of many scholars' research, and the specific manifestation of human dynamics law-the interval distribution of humans' successive behaviors and the distribution of population behaviors with typical fat tail features becomes an important goal of group behavior simulation. This paper proposes a simulation method that can make the group behavior time interval conform to the powerlaw distribution, and verifies the results to achieve the expected results through experiments. Moreover, the influence of the interval between the self-behavior interval distribution exponent and the minimum interval of individual behavior on the group behavior interval distribution exponent is found.
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