AdvLinearAlgebra

Repository for projects in Math 342: Advanced Linear Algebra

Click on the project link, then click the 'Open in Colab' badge. You should save a copy of your work in your own github account.

List of in-class assignments (e.g. exercises, not projects):

1. Composing Transformations to Drive a Car: (Jan. 27, 2020) https://github.com/awangberg/AdvLinearAlgebra/blob/master/Copy_of_Transformations_for_Car.ipynb

2. Transformations with Bases: (Feb. 19, 2020) https://github.com/awangberg/AdvLinearAlgebra/blob/master/Transformations_with_Bases.ipynb

List of Projects (for write-up):

1. Tanget Vectors and Transformations (Due Monday, Feb. 17th by midnight.)
   https://github.com/awangberg/AdvLinearAlgebra/blob/master/Project_1_Tangent_vectors_and_transformations.ipynb

2. Transformations Summary (Due March 23, 2020 by midnight.) https://github.com/awangberg/AdvLinearAlgebra/blob/master/Project_2_Summary_of_Transformations.ipynb

3. Singular Value Decomposition with Images (Due April 20, 2020 by midnight.) https://github.com/awangberg/AdvLinearAlgebra/blob/master/Singular_Value_Decomposition_with_an_image.ipynb

4. Solving linear systems using best-fit and SVD (Due May 8th, 2020 by midnight.)

   Case 0: https://github.com/awangberg/AdvLinearAlgebra/blob/master/Project_4_Case_0_Solving_for_a_known_polynomial_function_using_Singular_Values_or_Best_Fit.ipynb

   Case 1: https://github.com/awangberg/AdvLinearAlgebra/blob/master/Project_4_Case_1_Solving_for_a_known_trigonometric_function_using_Singular_Values_or_Best_Fit.ipynb

   Case 2: https://github.com/awangberg/AdvLinearAlgebra/blob/master/Project_4_Case_2_Solving_for_a_unknown_function_using_data_and_Singular_Values_or_Best_Fit.ipynb

   Case 3: https://github.com/awangberg/AdvLinearAlgebra/blob/master/Project_4_Case_3_An_Interesting_Case_using_Singular_Values_and_Best_Fit.ipynb