Multiple Periodic Solution of a Multi-delay Predator-Prey System with Non-monotonic Functional Response

Ming Zhao
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Abstract

By using the continuation theorem of coincidence degree theory, we study the existence of positive periodic solutions for a multi-delay predator-prey system with non-monotonic functional response. A set of sufficient conditions for this system to have at least two positive periodic solutions is established. Some new results are obtained, the evolving law is revealed that when the two species intrinsic increasing rate is greater than the total consumption rate, the system will bring periodic oscillation of biological nature.
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一类具有非单调泛函响应的多延迟捕食系统的多周期解
利用重合度理论的延拓定理,研究了一类具有非单调泛函响应的多时滞捕食-食饵系统正周期解的存在性。建立了该系统至少有两个周期正解的充分条件。得到了一些新的结果,揭示了系统的演化规律:当两种物质的内在增长率大于总消耗率时,系统将产生生物性的周期振荡。
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