Канал: Abraham Smith

Neural Networks, part 2

Neural Networks, part 2

Neural Networks, part 1

Neural Networks, part 1

Decision Trees and Ensemble Methods, part 4

Decision Trees and Ensemble Methods, part 4

Decision Trees and Ensemble Methods, part 3

Decision Trees and Ensemble Methods, part 3

Decision Trees and Ensemble Methods, part 2

Decision Trees and Ensemble Methods, part 2

Decision Trees and Ensemble Methods, part 1

Decision Trees and Ensemble Methods, part 1

Linear Models and Lasso/LARS, Part 5

Linear Models and Lasso/LARS, Part 5

Linear Models and Lasso/LARS, Part 4

Linear Models and Lasso/LARS, Part 4

Linear Models and Lasso/LARS, Part 3

Linear Models and Lasso/LARS, Part 3

Linear Models and Lasso/LARS, Part 2

Linear Models and Lasso/LARS, Part 2

Linear Models and Lasso/LARS, Part 1

Linear Models and Lasso/LARS, Part 1

Scientific Computing 22 -- Householder Algorithm

Scientific Computing 22 -- Householder Algorithm

Scientific Computing 21 -- Stability and Condition Numbers

Scientific Computing 21 -- Stability and Condition Numbers

Using SourceTree on a Mac

Using SourceTree on a Mac

Manual Merging

Manual Merging

Using Diff Tools

Using Diff Tools

Two users in GitLab

Two users in GitLab

Scientific Computing 20 -- Floating Point Numbers (part 2)

Scientific Computing 20 -- Floating Point Numbers (part 2)

Scientific Computing 19 -- Floating Point Numbers (part 1)

Scientific Computing 19 -- Floating Point Numbers (part 1)

Scientific Computing 17 -- Solving systems with SVD and QR

Scientific Computing 17 -- Solving systems with SVD and QR

Scientific Computing 18 -- Projections, basic facts

Scientific Computing 18 -- Projections, basic facts

Scientific Computing 16 -- QR decomposition

Scientific Computing 16 -- QR decomposition

Scientific Computing 09 (addendum) -- Comparing Norms

Scientific Computing 09 (addendum) -- Comparing Norms

Using git for collaborative LaTeX

Using git for collaborative LaTeX

Scientific Computing 15 -- SVD for data PCA

Scientific Computing 15 -- SVD for data PCA

Scientific Computing 14 -- SVD moves ellipses

Scientific Computing 14 -- SVD moves ellipses

Scientific Computing 13 -- Singular Value Decomposition Proof

Scientific Computing 13 -- Singular Value Decomposition Proof

Scientific Computing 12 -- Plotting in Sage

Scientific Computing 12 -- Plotting in Sage

Scientific Computing 11 -- Hermitian Metrics

Scientific Computing 11 -- Hermitian Metrics

Scientific Computing 10 -- Spectral Theorem

Scientific Computing 10 -- Spectral Theorem

Scientific Computing 09 -- Matrix Norms

Scientific Computing 09 -- Matrix Norms

Scientific Computing 08 - Unitary Matrices

Scientific Computing 08 - Unitary Matrices

Scientific Computing 07 -- Orthogonal Matrices

Scientific Computing 07 -- Orthogonal Matrices

Scientific Computing 06 -- Defining Functions in Python

Scientific Computing 06 -- Defining Functions in Python

Scientific Computing 05 -- NumPy dot

Scientific Computing 05 -- NumPy dot

Scientific Computing 04 -- NumPy Arrays

Scientific Computing 04 -- NumPy Arrays

Scientific Computing -- 03 -- Matrix-Vector Multiplication

Scientific Computing -- 03 -- Matrix-Vector Multiplication

Scientific Computing 02 -- Python in SageMathCell

Scientific Computing 02 -- Python in SageMathCell

Scientific Programming 01 -- Programming Languages

Scientific Programming 01 -- Programming Languages

Scientific Computing 00 -- Introduction

Scientific Computing 00 -- Introduction

Creating a Keypair and Trusting keys

Creating a Keypair and Trusting keys

Encrypting and Signing files

Encrypting and Signing files

Comments about Privacy versus Anonymity online

Comments about Privacy versus Anonymity online

Accessing the Google Calendar for class schedules

Accessing the Google Calendar for class schedules

Verifying a file with GPG/PGP

Verifying a file with GPG/PGP