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Modeling of Circadian Rhythm under influence of Pain: an approach based on Multi-agent Simulation

机译:疼痛影响下昼夜节律的建模:一种基于多主体仿真的方法

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The human body has endogenous biological rhythms. One of those rhythms is the circadian rhythm, with a cycle of approximate 24 hours, that is responsible for regulating many important functions of human body. In this contribution, we propose a nonlinear coupled differential equation for modelling some agents responsible for the circadian rhythm under the influence of pain. We show results concerning the well-posedness of a solution as well as an analysis on the synchronization for each agents. We use a multi-agent simulation strategy of an corresponding model as an alternative interpretation of the pain influences in the behavior of the circadian rhythm.
机译:人体具有内源性的生物节律。这些节律之一是昼夜节律,周期约为24小时,负责调节人体的许多重要功能。在此贡献中,我们提出了一个非线性耦合微分方程,用于建模在疼痛影响下负责昼夜节律的某些动因。我们显示了有关解决方案的适定性以及每个代理的同步分析的结果。我们使用相应模型的多主体模拟策略作为对昼夜节律行为中疼痛影响的替代解释。

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