Inside Modha's Neural Chip

FANGFEI SHEN

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Inside Modha's Neural Chip

机译：Modha神经芯片内部

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A circuit board containing Modha's golden neural chip is shown at right. Within the square of gold is a smaller, golden rectangle the size of a grain of rice. The rectangle is the core that houses the electronic equivalent of biological nerve cells, or neurons. In living neurons, electrochemical signals travel down a long, slender stalk, called an axon, to protrusions called dendrites. The signals leap from the axons across a synapse, or gap, to the dendrites of the next nerve cell in the neural net. The process is emulated in Modha's silicon chip, where 256 processors in the core each serve as an artificial neuron that receives signals from its own "dendrite line." i

机译：包含Modha金色神经芯片的电路板如右图所示。在黄金方块中是一个较小的，金色的矩形，大小与米粒大小相同。矩形是容纳生物神经细胞或神经元电子等效物的核心。在活的神经元中，电化学信号沿着细长的细长轴杆（称为轴突）传播到称为树突的突起处。信号从突触穿过突触或间隙到达神经网络中下一个神经细胞的树突。该过程在Modha的硅芯片中进行了仿真，其中内核中的256个处理器每个都作为人工神经元，从其自己的“枝晶线”接收信号。一世

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《Discover》 |2013年第5期|55-55|共1页
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FANGFEI SHEN;
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1. Chipworks Inside Angle: Inside the Numonyx PCM Chip [J] . Semiconductor International . 2009,第6期

机译：Chipworks内部角度：在Numonyx PCM芯片内部
2. Fish and chips: implementation of a neural network model into computer chips to maximize swimming efficiency in autonomous underwater vehicles [J] . Blake RW, Ng H, Chan KHS, Bioinspiration & biomimetics . 2008,第3期

机译：炸鱼和薯条：将神经网络模型实施到计算机芯片中，以最大程度地提高自动驾驶水下航行器的游泳效率
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机译：B样条X射线衍射成像技术，用于完全封装的封装芯片内部的芯片翘曲和应力监控
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Inside Modha's Neural Chip

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