7.7 Helping Humans
Neuronal Dynamics
7.7 Helping Humans
11:28
6.4a Comparison of noise models
Neuronal Dynamics
6.4a Comparison of noise models
19:07
5.4a Stochastic spike arrival
Neuronal Dynamics
5.4a Stochastic spike arrival
15:32
4.5 Nonlinear Integrate-and-Fire Model
Neuronal Dynamics
4.5 Nonlinear Integrate-and-Fire Model
16:21
7.3 Spike Response Model (SRM)
Neuronal Dynamics
7.3 Spike Response Model (SRM)
15:27
5.3a Three definitions of rate code
Neuronal Dynamics
5.3a Three definitions of rate code
12:53
6.3 Likelihood of a spike train
Neuronal Dynamics
6.3 Likelihood of a spike train
18:40
4.1 MathDetour 2 : Exploiting similarities
Neuronal Dynamics
4.1 MathDetour 2 : Exploiting similarities
16:40
4.4a Type I and Type II Neuron Models
Neuronal Dynamics
4.4a Type I and Type II Neuron Models
16:23
5.4b Membrane potential fluctuations
Neuronal Dynamics
5.4b Membrane potential fluctuations
13:01
6.5 Rate Codes versus Temporal Codes
Neuronal Dynamics
6.5 Rate Codes versus Temporal Codes
6:18
7.5b Parameter estimation for spike times
Neuronal Dynamics
7.5b Parameter estimation for spike times
7:47
5.1 Variability of spike trains
Neuronal Dynamics
5.1 Variability of spike trains
6:56
7.2a AdEx : Adaptive exponential integrate-and-fire
Neuronal Dynamics
7.2a AdEx : Adaptive exponential integrate-and-fire
11:12
7.6 Modeling in vitro data
Neuronal Dynamics
7.6 Modeling in vitro data
8:10
5.5 Stochastic spike firing in integrate and fire models
Neuronal Dynamics
5.5 Stochastic spike firing in integrate and fire models
8:32
5.2 Sources of Variability?
Neuronal Dynamics
5.2 Sources of Variability?
10:35
5.3b Poisson Model
Neuronal Dynamics
5.3b Poisson Model
15:22
6.4b From diffuse noise to escape noise
Neuronal Dynamics
6.4b From diffuse noise to escape noise
7:23
7.2b : Firing patterns and phase plane analysis
Neuronal Dynamics
7.2b : Firing patterns and phase plane analysis
10:50
7.4 Generalized Linear Model (GLM)
Neuronal Dynamics
7.4 Generalized Linear Model (GLM)
7:41
4.3 MathDetour : Stability of fixed points
Neuronal Dynamics
4.3 MathDetour : Stability of fixed points
19:04
6.2 lnterspike intervals & renewal processes
Neuronal Dynamics
6.2 lnterspike intervals & renewal processes
29:55
4.1 MathDetour 1 : Separation of time scales
Neuronal Dynamics
4.1 MathDetour 1 : Separation of time scales
11:12
4.4b Firing threshold in 2D models
Neuronal Dynamics
4.4b Firing threshold in 2D models
21:40
7.1 Models and data
Neuronal Dynamics
7.1 Models and data
11:19
7.5a Parameter estimation
Neuronal Dynamics
7.5a Parameter estimation
14:25
6.1 Escape noise
Neuronal Dynamics
6.1 Escape noise
15:41
Neuronal Dynamics
Neuronal Dynamics
Neuronal Dynamics
2:04