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nite resources by using strategies based on two channels of signals. The model is applicable to nancial markets, ecosystems and computer networks. We nd that the dynamics of the system is determined by the correlation between the two channels. In particular, occasional mismatches of the signals induce a series of transitions among numerous attractors. Surprisingly, in contrast to the eects of noises on dynamical systems normally resulting in a large number of attractors, the number of attractors due to the mismatched signals remains nite. Both simulations and analyses show that this can be explained by the antipersistent nature of the dynamics. Antipersistence refers to the response of the system to a given signal being opposite to that of the signal’s previous occurrence and is a consequence of the competition of agents to make minority decisions. Thus, it is essential for stabilizing the dynamical systems.

Antipersistant Effects in the Dynamics of a Competing Population