synsrv
Research project aiming to construct a recurrent network model closely resembling cortical circuits in order to investigate synaptic survivability.
Pinned Repositories
graphic_spine-dynamics
illustration showing how additive and multiplicative mechanics change spine sizes in different ways
out_net
out_stoch-mod
poster_fens18
presented at FENS 2018 in Berlin
poster_spp2041-kickoff
presented at the SPP2041 kickoff meeting in 2018 in Frankfurt
pub_dctrl-graphics
standalone figures for doctoral thesis
rsc_main
src_net
highly plastic self-organizing recurrent network model to analyse survivability of transient synapses
src_net-anaylsis
module for the automated analysis of simulation results from the network model
src_pl-corr
synsrv's Repositories
synsrv/graphic_spine-dynamics
illustration showing how additive and multiplicative mechanics change spine sizes in different ways
synsrv/out_net
synsrv/out_stoch-mod
synsrv/poster_fens18
presented at FENS 2018 in Berlin
synsrv/poster_spp2041-kickoff
presented at the SPP2041 kickoff meeting in 2018 in Frankfurt
synsrv/pub_dctrl-graphics
standalone figures for doctoral thesis
synsrv/rsc_main
synsrv/src_net
highly plastic self-organizing recurrent network model to analyse survivability of transient synapses
synsrv/src_net-anaylsis
module for the automated analysis of simulation results from the network model
synsrv/src_pl-corr
synsrv/src_stoch-mod
synsrv/src_stoch-mod-analysis
module for the automated analysis of simulation results from the stochastic model
synsrv/src_thrs-dyn
stochastic model to analyze and predict the [random] dynamics of synapses smaller than the silence threshold c
synsrv/src_thrs-dyn-analysis