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首页> 外文会议>International conference on the simulation and synthesis of living systems >Analysing honeybees' division of labour in broodcare by a multi-agent model
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Analysing honeybees' division of labour in broodcare by a multi-agent model

机译：通过多主体模型分析蜜蜂在育雏中的分工

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We describe a multi-agent model of a honeybee colony and show several applications of the model that simulate experiments that have been performed with real honeybees. Our special emphasis was on the decentralized, self-organized regulation of brood nursing, which we successfully simulated: We found that brood manipulations, food-deprivation experiments and colony-size manipulations can be explained by the mechanisms we implemented into our model described here. Our agents can perform various tasks (foraging, storing, nursing). The model is spatially resolved, and contains a designated broodnest area as well as a designated honeyectar storage area. All bees (and larvae) consume nectar/honey at a task-specific rate, allowing us to track the flow of nectar through the colony. Several kinds of stimuli, which are important for division of labour, were modelled in detail: dances, contact stimuli and chemical signals.
机译：我们描述了一个蜜蜂群体的多主体模型，并展示了该模型的几个应用程序，它们可以模拟真实蜜蜂的实验。我们特别强调了对母体护理的分散，自组织的调节，我们成功地模拟了这一点：我们发现，母体操纵，食物剥夺实验和菌落大小操纵可以通过我们在此处描述的模型中实施的机制来解释。我们的代理商可以执行各种任务（觅食，储存，护理）。该模型在空间上解析，并且包含指定的最亲密区域以及指定的蜂蜜/花蜜存储区域。所有蜜蜂（和幼虫）都以特定任务的速率消耗花蜜/蜂蜜，这使我们能够追踪花蜜在菌落中的流动。详细模拟了对分工很重要的几种刺激：舞蹈，接触刺激和化学信号。

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