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MNIST PyGeNN

Implementation of the paper 'Unsupervised learning of digit recognition using spike-timing-dependent plasticity' by Peter Diehl and Matthew Cook, using the PyGeNN (Python interface of GeNN) SNN framework.

To Do:

  • Create LIF neuron, synapse and STDP weight update models
  • Create LIF neuron and synapse populations
  • Load and prepare MNIST data
  • Create Poisson input model and input population with variable frequency
  • Write simulation code
  • Add training and classification code
  • Add lateral inhibition and one vs one connections
  • Obtain results and plot accuracies