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Growing Functional Modules, a Prospective Paradigm for Epigenetic Artificial Intelligence

机译:生长职能模块,是表观遗传人工智能的前瞻性范式

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Epigenesis postulates that intelligence may arise in a system thanks to an adequate developmental process interacting with its environment. Robotics constitutes the most suitable field to implement this approach. This paper presents the underlying concept, an earlier proposal and a potential implementation of a prospective paradigm named Growing Functional Modules. This paradigm has been conceived to allow the design and the automatic development of a distributed and dynamic architecture able to gradually control an epigenetic robot. An illustration is given applying the paradigm to create a simple artificial brain for a mushroom shaped robot.
机译:表达创造假期在系统中,由于与其环境互动的足够的发展过程,在系统中可能会出现智力。机器人构成最合适的领域来实现这种方法。本文介绍了潜在的概念,早期提案和潜在的潜在范式的潜在实施,命名的职能模块。该范例已经设想,允许设计和自动开发分布式和动态架构能够逐步控制表观遗传机器人。给出了一个例证,将范例应用于蘑菇形机器人创造一个简单的人造大脑。

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