We present a novel digital spiking neuron that can generate various periodic spike trains depending on initial states. The spike trains can be symbolized by digital codes based on spike-position modulation. It is theoretically clarified that different types of codes (e.g., binary and Gray number codes) can be realized by adjusting system parameters. We also present a multiplex communication system. A transmitter neuron can map multiple digital codes into a single spike train. A pulse-coupled network of the neurons accepts the spike train and can retrieve the digital codes based on a synchronization phenomenon. Typical phenomena are confirmed by HDL simulation.
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Torikai et al. (2006) studied this question.
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