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Home   |   About APS   |   Images in Physics   |   Tracking Neural Code - Voltage Vs Time

Tracking Neural Code - Voltage Vs Time

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The goal of this work is to replicate the neural systems that process visual images in the human eyes and brain. The Images enter the software through a webcam, and are then processed using spiking convolutional neural networks that simulate Gabor filtering and Max pooling operations. In higher layers STDP learning is used. The software is written in Java and can simulate millions of neurons on a laptop.

The image below shows the neuron voltages in color. The horizontal axis is the neuron number and the vertical axis is time. The vertical yellow stripe represents a neuron that is not firing.

tracking neutron voltage vs time

Image credit:  Lyle N. Long, APS Fellow, Pennsylvania State University, University Park, PA, currently on sabbatical at California Institute of Technology, Pasadena, CA



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