#!/usr/bin/env python
# coding: utf-8

# # Table of contents

# **Course instructor: **
# Ivan Oseledes
# 
# ** TAs:**
# Maxim Rakhuba, Evgeny Frolov, Alexander Fonarev, Daria Sushnikova, Denis Kolesnikov
# 
# **List of projects:** [Link](list_of_projects.ipynb)

# | Week | Classes | Homework | Tests |
# |------|----------|----------|-------|
# |1| [Course Syllabus](lectures/lecture-0.ipynb), <br> [Python Crash Course](lectures/Python_crash_course.ipynb),<br> [Lecture 1 (PCA, ICA demos)](lectures/lec-1.ipynb)| [Problem set 1](psets/pset1.ipynb)| 
# | | [Lecture 2 (Floating point, Vector norms, Stability)](lectures/lecture-2.ipynb),<br> [IPython Intro](lectures/IPython_Intro.ipynb)
# | | [Lecture 3.1 (Matrix multiplication part 1)](lectures/lecture-3.1.ipynb), <br> [Lecture 3.2 (Matrix norms, Scalar product, Unitary matrices)](lectures/lecture-3.2.ipynb), <br> [Python Intro](lectures/Python_Intro.ipynb)| 
# |2| [Lecture 4 (Matrix-by-vector multiplication, FFT, fast convolution)](lectures/lecture-4.ipynb) | [Problem set 2](psets/pset2.ipynb)|
# | | [Lecture 5 (Matrix multiplication part 2: Strassen)](lectures/lecture-5.ipynb) <br> [Practice (Circulant matrix example)](lectures/practice_1.ipynb)|
# | | [Practice session](lectures/practice_session2.ipynb)
# |3| [Lecture 6 (Ranks, SVD)](lectures/lecture-6.ipynb) | [Problem set 3](psets/pset3.ipynb)|
# | | [Lecture 7 (Linear systems)](lectures/lecture-7.ipynb)
# | | [Lecture 8 (Eigenvalues & eigenvectors)](lectures/lecture-8.ipynb)
# |4|   [Lecture 9 (Matrix factorizations)](lectures/lecture-9.ipynb)| 
# | |   [Lecture 10 (Algorithms for eigenvalue problems, SVD)](lectures/lecture-10.ipynb) | |Mid-term test
# | |   [Lecture 11 (Sparse matrices-1)](lectures/lecture-11.ipynb) |
# |5| [Lecture 12 (Iterative methods)](lectures/lecture-12.ipynb) | Problem set 4| 
# | | [Lecture 13 (Iterative method-2)](lectures/lecture-13.ipynb)
# |6|
# |7| Ping-pong test
# |8| Application period

# In[ ]: