Fundamentals of Statistics and Computation for Neuroscientists - VideoAndMovie

Calculating phase and coherence in neural signals

32:26

Calculating phase and coherence in neural signals

Filtering neural signals and processing oscillation amplitude

55:46

Filtering neural signals and processing oscillation amplitude

Equation and parameter free dynamical modeling of natural time series

1:10:08

Equation and parameter free dynamical modeling of natural time series

Week 8: Signal processing basics (Stacy)

32:54

Week 8: Signal processing basics (Stacy)

Week 07: Lecture 2 Differential Equations

21:55

Week 07: Lecture 2 Differential Equations

Week 07: Lecture 1 Calculus

35:04

Week 07: Lecture 1 Calculus

Week 06: Linear Algebra #1

42:35

Week 06: Linear Algebra #1

Week 05: Distribution Testing & Resampling #2

52:12

Week 05: Distribution Testing & Resampling #2

Week 05: Distributions & Resampling #1

58:32

Week 05: Distributions & Resampling #1

Week 4: ANOVA Lecture

37:43

Week 4: ANOVA Lecture

Week 4: General Linear Model Lecture #1

30:35

Week 4: General Linear Model Lecture #1

Week 3: Hypothesis Testing Lecture #2

33:35

Week 3: Hypothesis Testing Lecture #2

Week 3: Hypothesis Testing Lecture #1

58:16

Week 3: Hypothesis Testing Lecture #1

Descriptive Statistics and Distributions Lecture 2

45:10

Descriptive Statistics and Distributions Lecture 2

Descriptive Statistics and Distributions Lecture 1

1:04:47

Descriptive Statistics and Distributions Lecture 1

probabilityLecture1

39:51

probabilityLecture1

probabilityLecture2

32:36

probabilityLecture2