Week 1: System of linear equations-Specialization & Course Introduction
Specialization introduction
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Course introduction
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What to expect and how to succeed
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A note on programming experience
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Notations
Learning Python: Recommended Resources
Week 1: Systems of linear equations-Systems of Equations
Linear Algebra Applied I
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Linear Algebra Applied II
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Check your knowledge
System of sentences
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System of equations
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System of equations as lines and planes
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Interactive Tool: Graphical Representation of Linear Systems with 2 variables
Interactive Tool: System of Equations as Planes (3x3)
A geometric notion of singularity
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Singular vs non-singular matrices
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Linear dependence and independence
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The determinant
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(Optional) Downloading your Notebook and Refreshing your Workspace
Week 1: Systems of linear equations-Week 1 Wrap Up
Conclusion
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Week 1 - Slides
Week 2: Solving system of linear equations-Solving system of linear equations: Elimination
Check your knowledge
Solving non-singular system of linear equations
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Solving singular system of linear equations
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Solving system of equations with more variables
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Interactive Tool: Graphical Representation of Linear Systems with 3 variables
Matrix row-reduction
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Row operations that preserve singularity
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Week 2: Solving system of linear equations-Solving system of linear equation: Row echelon form and rank
The rank of a matrix
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The rank of a matrix in general
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Row echelon form
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Row echelon form in general
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Reduced row echelon form
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The Gaussian Elimination Algorithm
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Week 2: Solving system of linear equations-Programming Assignment: System of Linear Equations
(Optional) Assignment Troubleshooting Tips
(Optional) Partial Grading for Assignments
Week 2: Solving system of linear equations-Lecture Notes
Conclusion
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Week 2 - Slides
Week 3: Vectors and Linear Transformations-Vector algebra
Machine Learning Motivation
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Check your knowledge
Vectors and their properties
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Vector operations
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The dot product
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Geometric Dot Product
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Multiplying a matrix by a vector
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Week 3: Vectors and Linear Transformations-Linear transformations
Matrices as linear transformations
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Linear transformations as matrices
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Interactive Tool: Linear Transformations
Matrix multiplication
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The identity matrix
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Matrix inverse
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Which matrices have an inverse?
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Neural networks and matrices
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Week 3: Vectors and Linear Transformations-Lecture Notes
Conclusion
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Week 3 - Slides
Week 4: Determinants and Eigenvectors-Determinants In-depth
Week 4 Introduction
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Check your knowledge
Singularity and rank of linear transformations
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Determinant as an area
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Determinant of a product
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Determinants of inverses
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Week 4: Determinants and Eigenvectors-Eigenvalues and Eigenvectors
Bases in Linear Algebra
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Span in Linear Algebra
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Interactive Tool: Linear Span
Eigenbases
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Eigenvalues and Eigenvectors
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Calculating Eigenvalues and Eigenvectors
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On the Number of Eigenvectors
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Dimensionality Reduction and Projection
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Motivating PCA
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Variance and Covariance
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Covariance Matrix
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PCA - Overview
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PCA - Why It Works
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PCA - Mathematical Formulation
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Discrete Dynamical Systems
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Week 4: Determinants and Eigenvectors-Lecture Notes
Conclusion
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Week 4 - Slides
How is your course experience so far?
Week 4: Determinants and Eigenvectors-Course Resources
Reading: Textbooks and resources
References
Acknowledgments