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Removing Some 'A' from AI: Embodied Cultured Networks

机译:从AI中删除一些“ A”:经验丰富的网络

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摘要

We embodied networks of cultured biological neurons in simulation and in robotics. This is a new research paradigm to study learning, memory, and information processing in real time: the Neurally-Controlled Animat. Neural activity was subject to detailed electrical and optical observation using multi-electrode arrays and microscopy in order to access the neural correlates of ani-mat behavior. Neurobiology has given inspiration to AI since the advent of the perceptron and consequent artificial neural networks, developed using local properties of individual neurons. We wish to continue this trend by studying the network processing of ensembles of living neurons that lead to higher-level cognition and intelligent behavior.
机译:我们在仿真和机器人技术中体现了培养的生物神经元网络。这是一种实时研究学习,记忆和信息处理的新研究范式:中性控制的Animat。使用多电极阵列和显微镜对神经活动进行详细的电学和光学观察,以获取动物活动的神经相关性。自感知器和随之而来的人工神经网络问世以来,神经生物学已为AI启发,人工智能是利用单个神经元的局部特性开发的。我们希望通过研究导致更高层次的认知和智能行为的活神经元集合的网络处理来继续这一趋势。

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