GitHub - daveh19/Xclnet: OpenCL-based neuronal network simulator. Incorporates synaptic plasticity based on event-based implementation of Graupner-Brunel algorithm. Neurons are encoded as leaky integrate-and-fire (LIF). Synapses are current based and are available as both direct delta-currents and a difference-of-exponentials.

Branches Tags

Name		Name	Last commit message	Last commit date
Latest commit History 155 Commits
build/Debug		build/Debug
CLNet.c		CLNet.c
DataReporters.c		DataReporters.c
DataReporters.h		DataReporters.h
DataTools.c		DataTools.c
DataTools.h		DataTools.h
ExternalCurrents.c		ExternalCurrents.c
ExternalCurrents.h		ExternalCurrents.h
GeneralIncludes.h		GeneralIncludes.h
HandleOpenCL.c		HandleOpenCL.c
HandleOpenCL.h		HandleOpenCL.h
LIFNeuron.c		LIFNeuron.c
LIFNeuron.h		LIFNeuron.h
Makefile		Makefile
NetworkSim.c		NetworkSim.c
NetworkTopology.c		NetworkTopology.c
NetworkTopology.h		NetworkTopology.h
NumericalTools.c		NumericalTools.c
NumericalTools.h		NumericalTools.h
SpikeTrains.c		SpikeTrains.c
SpikeTrains.h		SpikeTrains.h
Synapse.c		Synapse.c
Synapse.h		Synapse.h
TODO.txt		TODO.txt
TestEventSynapse.c		TestEventSynapse.c
XclNet.1		XclNet.1
cl_LIFNeuron.h		cl_LIFNeuron.h
cl_Synapse.h		cl_Synapse.h
hello.c		hello.c
main.c		main.c
marsaglia.c		marsaglia.c
pastebin.c		pastebin.c

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OpenCL-based neuronal network simulator. Incorporates synaptic plasticity based on event-based implementation of Graupner-Brunel algorithm. Neurons are encoded as leaky integrate-and-fire (LIF). Synapses are current based and are available as both direct delta-currents and a difference-of-exponentials.

journals.plos.org/ploscompbiol/article?id=10.1371/journal.pcbi.1003834