首页> 外文会议>International ICSC Symposium on Brain Inspired Cognitive Systems >PROPOSITION OF PHYSIOLOGICALLY PLAUSIBLE NEURONAL NETWORK FOR THE SIMULATION OF THE PRIMARY VISUAL CORTEX OF THE MACAQUE MONKEY
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PROPOSITION OF PHYSIOLOGICALLY PLAUSIBLE NEURONAL NETWORK FOR THE SIMULATION OF THE PRIMARY VISUAL CORTEX OF THE MACAQUE MONKEY

机译:猕猴猴子初级视觉皮质模拟生理学合理神经元网络的命题

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New technology to the cerebral data acquisition combined to the capacity of the nowadays computer process allows the construction of neural networks models, with similar characteristics to the biological neurons, capable of reproduce the operation of complex neuron structures. These models can generate data that can direct be related to those generated by the real biological system. In this work a computational structure is suggested to a neural network with natural characteristics, corresponding to the macaque monkey visual system, in way to situate the memory needs and processing inside the available computers performances.
机译:新技术对脑数据采集组合到现在计算机过程的能力允许构建神经网络模型,具有与生物神经元相似的特征,能够再现复杂神经元结构的操作。这些模型可以生成可以直接与真实生物系统产生的数据的数据。在这项工作中,建议计算结构具有自然特性的神经网络,与猕猴视觉系统相对应,以便位于可用计算机的性能内部的内存需求和处理。

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