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Biological population communication and the dynamics model research

机译:生物种群交流与动力学模型研究

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摘要

Biological population communication behavior is in everywhere,all over the nature,biological system and human society.Deep representative and widely known including: on the macro,the movement of birds,fish,ants,etc.in nature; on the microscopic,bacteria,other microorganisms and human melanocytes are all in population movement.Inspired by biological population communication behavior,aimed at understanding swarm system collective dynamics behavior and how to intervene control and apply these systems,study the relevant dynamic model,and discuss how to design the basic framework of the social intelligent swarm system,provide theoretical basis for designing intelligent swarm collaboration system.From the point of systems and control,this paper research the common dynamic models in literatures,such as: the symbiotic model,attractive-repulsive model,including external effect model and the multi-population coevolution model and so on,also introduce the rules of these models,the problems to be solved and the conclusion respectively.
机译:生物种群的交流行为无所不在,遍及自然,生物系统和人类社会。深刻的代表性和广泛的认识包括:在宏观上,鸟类,鱼类,蚂蚁等在自然界中的活动;在微观上,细菌,其他微生物和人类黑素细胞都在种群运动中。受生物种群交流行为的启发,旨在了解群体系统的集体动力学行为以及如何干预控制和应用这些系统,研究相关的动力学模型,并进行讨论。如何设计社会智能群系统的基本框架,为设计智能群协同系统提供理论依据。从系统和控制的角度出发,本文研究了文献中常见的动力学模型,如:共生模型,有吸引力-排斥模型,包括外部效应模型和多种群协同进化模型等,还介绍了这些模型的规则,分别需要解决的问题和结论。

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