CoDi
Cellular automaton model for spiking neural networks / From Wikipedia, the free encyclopedia
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CoDi is a cellular automaton (CA) model for spiking neural networks (SNNs).[1] CoDi is an acronym for Collect and Distribute, referring to the signals and spikes in a neural network.
CoDi uses a von Neumann neighborhood modified for a three-dimensional space; each cell looks at the states of its six orthogonal neighbors and its own state. In a growth phase a neural network is grown in the CA-space based on an underlying chromosome. There are four types of cells: neuron body, axon, dendrite and blank. The growth phase is followed by a signaling- or processing-phase. Signals are distributed from the neuron bodies via their axon tree and collected from connection dendrites.[1] These two basic interactions cover every case, and they can be expressed simply, using a small number of rules.