PyNEST examples¶
../notebooks/notebooks/one_neuron
../notebooks/notebooks/one_neuron_with_noise
../notebooks/notebooks/twoneurons
../notebooks/notebooks/balancedneuron
../notebooks/notebooks/aeif_cond_beta_multisynapse
../notebooks/notebooks/testiaf
../notebooks/notebooks/vinit_example
../notebooks/notebooks/mc_neuron
../notebooks/notebooks/spatial/conncomp
../notebooks/notebooks/spatial/conncon_sources
../notebooks/notebooks/spatial/conncon_targets
../notebooks/notebooks/spatial/connex
../notebooks/notebooks/spatial/connex_ew
../notebooks/notebooks/spatial/ctx_2n
../notebooks/notebooks/spatial/gaussex
../notebooks/notebooks/spatial/grid_iaf
../notebooks/notebooks/spatial/grid_iaf_irr
../notebooks/notebooks/spatial/grid_iaf_oc
../notebooks/notebooks/spatial/test_3d
../notebooks/notebooks/spatial/test_3d_exp
../notebooks/notebooks/spatial/test_3d_gauss
../notebooks/notebooks/sudoku/sudoku_solver
../notebooks/notebooks/sudoku/plot_progress
../notebooks/notebooks/pong/run_simulations
../notebooks/notebooks/pong/generate_gif
../notebooks/notebooks/astrocytes/astrocyte_single
../notebooks/notebooks/astrocytes/astrocyte_interaction
../notebooks/notebooks/astrocytes/astrocyte_small_network
../notebooks/notebooks/astrocytes/astrocyte_brunel
../notebooks/notebooks/brunel_alpha_nest
../notebooks/notebooks/brunel_delta_nest
../notebooks/notebooks/brunel_siegert_nest
../notebooks/notebooks/brunel_exp_multisynapse_nest
../notebooks/notebooks/brunel_alpha_evolution_strategies
../notebooks/notebooks/Potjans_2014/index
../notebooks/notebooks/glif_cond_neuron
../notebooks/notebooks/glif_psc_neuron
../notebooks/notebooks/glif_psc_double_alpha_neuron
../notebooks/notebooks/compartmental_model/receptors_and_current
../notebooks/notebooks/compartmental_model/two_comps
../notebooks/notebooks/lin_rate_ipn_network
../notebooks/notebooks/rate_neuron_dm
../notebooks/notebooks/gif_cond_exp_multisynapse
../notebooks/notebooks/gif_population
../notebooks/notebooks/gif_pop_psc_exp
../notebooks/notebooks/hh_psc_alpha
../notebooks/notebooks/hh_phaseplane
../notebooks/notebooks/BrodyHopfield
../notebooks/notebooks/brette_gerstner_fig_2c
../notebooks/notebooks/brette_gerstner_fig_3d
../notebooks/notebooks/precise_spiking
../notebooks/notebooks/CampbellSiegert
../notebooks/notebooks/sonata_example/sonata_network
../notebooks/notebooks/gap_junctions_two_neurons
../notebooks/notebooks/gap_junctions_inhibitory_network
../notebooks/notebooks/structural_plasticity
../notebooks/notebooks/synapsecollection
../notebooks/notebooks/urbanczik_synapse_example
../notebooks/notebooks/clopath_synapse_spike_pairing
../notebooks/notebooks/clopath_synapse_small_network
../notebooks/notebooks/iaf_tum_2000_short_term_depression
../notebooks/notebooks/iaf_tum_2000_short_term_facilitation
../notebooks/notebooks/evaluate_tsodyks2_synapse
../notebooks/notebooks/multimeter_file
../notebooks/notebooks/plot_weight_matrices
../notebooks/notebooks/if_curve
../notebooks/notebooks/pulsepacket
../notebooks/notebooks/correlospinmatrix_detector_two_neuron
../notebooks/notebooks/cross_check_mip_corrdet
../notebooks/notebooks/sinusoidal_poisson_generator
../notebooks/notebooks/sinusoidal_gamma_generator
../notebooks/notebooks/repeated_stimulation
../notebooks/notebooks/sensitivity_to_perturbation
../notebooks/notebooks/intrinsic_currents_spiking
../notebooks/notebooks/intrinsic_currents_subthreshold
../notebooks/notebooks/recording_demo
../notebooks/notebooks/store_restore_network
../notebooks/notebooks/music_cont_out_proxy_example/nest_script
../notebooks/notebooks/hpc_benchmark
../notebooks/notebooks/csa_example
../notebooks/notebooks/csa_spatial_example
- Balanced neuron example
- Testing the adapting exponential integrate and fire model in NEST (Brette and Gerstner Fig 2C)
- Testing the adapting exponential integrate and fire model in NEST (Brette and Gerstner Fig 3D)
- Use evolution strategies to find parameters for a random balanced network (alpha synapses)
- Random balanced network (alpha synapses) connected with NEST
- Random balanced network (delta synapses)
- Random balanced network (exp synapses, multiple time constants)
- Mean-field theory for random balanced network
- How to run Jupyter notebooks