首页> 外文会议>Helenic Conference on Artificial Intelligence(AI),(SETN 2006); 20060518-20; Heraklion(GR) >Modelling Robotic Cognitive Mechanisms by Hierarchical Cooperative CoEvolution
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Modelling Robotic Cognitive Mechanisms by Hierarchical Cooperative CoEvolution

机译:通过分层协作协同进化建模机器人认知机制

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The current work addresses the development of cognitive abilities in artificial organisms. In the proposed approach, neural network-based agent structures are employed to represent distinct brain areas. We introduce a Hierarchical Cooperative CoEvolutionary (HCCE) approach to design autonomous, yet collaborating agents. Thus, partial brain models consisting of many substructures can be designed. Replication of lesion studies is used as a means to increase reliability of brain model, highlighting the distinct roles of agents. The proposed approach effectively designs cooperating agents by considering the desired pre-and post- lesion performance of the model. In order to verify and assess the implemented model, the latter is embedded in a robotic platform to facilitate its behavioral capabilities.
机译:当前的工作解决了人工生物中认知能力的发展。在提出的方法中,基于神经网络的代理结构被用来代表不同的大脑区域。我们介绍了一种层次协作合作进化(HCCE)方法来设计自主但又协作的代理。因此,可以设计由许多子结构组成的部分大脑模型。病灶研究的复制被用作增加脑模型可靠性的一种手段,突出了药物的独特作用。通过考虑模型所需的病前和病后性能,所提出的方法有效地设计了合作代理。为了验证和评估已实现的模型,将后者嵌入到机器人平台中以促进其行为能力。

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