SOCRATES: Self-Organizing Computational substRATES
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EvoDynamic
EvoDynamic PublicEvoDynamic seeks to evolve and develop suitable discrete dynamic models of self-organizing systems based on local interactions.
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Evolving-spiking-neuron-cellular-automata-and-networks-to-emulate-in-vitro-neuronal-activity
Evolving-spiking-neuron-cellular-automata-and-networks-to-emulate-in-vitro-neuronal-activity PublicCode accompanying "Evolving spiking neuron cellular automata and networks to emulate in vitro neuronal activity," accepted to IEEE SSCI ICES 2021
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- flatspin-evo Public
SocratesNFR/flatspin-evo’s past year of commit activity - EvoDynamic Public
EvoDynamic seeks to evolve and develop suitable discrete dynamic models of self-organizing systems based on local interactions.
SocratesNFR/EvoDynamic’s past year of commit activity - Evolving-spiking-neuron-cellular-automata-and-networks-to-emulate-in-vitro-neuronal-activity Public
Code accompanying "Evolving spiking neuron cellular automata and networks to emulate in vitro neuronal activity," accepted to IEEE SSCI ICES 2021
SocratesNFR/Evolving-spiking-neuron-cellular-automata-and-networks-to-emulate-in-vitro-neuronal-activity’s past year of commit activity - MCSspikedetection Public
Generates spike train matrix from MultiChannel Systems MEA2100-System recordings (60 electrodes) converted to HDF5
SocratesNFR/MCSspikedetection’s past year of commit activity - socrates-neurons Public
SocratesNFR/socrates-neurons’s past year of commit activity
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