Recent experiments have revealed the existence of neural signatures in the activity of
individual cells of the pyloric central pattern generator (CPG) of crustacean. The neural …

Abstract Central Pattern generators (CPGs) neurons produce patterned signals to drive
rhythmic behaviors in a robust and flexible manner. In this paper we use a well known CPG …

Central pattern generators (CPGs) are highly specialized neural networks often with
redundant elements that allow the system to act properly in case of error. CPGs are …

The activity of central pattern generator (CPG) neurons is processed by several different
readers: neurons within the same CPG, neurons in other interconnected CPGs and muscles …

Recent experiments have revealed the presence of neural fingerprints in the activity of
several neurons of the pyloric central pattern generator of crustacean. These signatures …

Experimental evidence has revealed the existence of characteristic spiking features in
different neural signals, eg, individual neural signatures identifying the emitter or functional …

Neural signatures are cell-specific interspike interval distributions found in bursting neurons.
These intraburst signatures have been first described for the neurons of the pyloric CPG of …

Experimental evidence has revealed that different living neural systems can “sign” their
output signals with some specific neural signature. Although experimental and modeling …

Spiking Neural Networks constitute the most promising approach to develop realistic
Artificial Neural Networks (ANNs). Unlike traditional firing rate-based paradigms, information …

Abstract Central Pattern Generators (CPGs) are neural circuits that generate robust
coordinated neural activity to control motor rhythms. Many CPGs are convenient neural …