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README.md

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Spring term 2020

  1. Intro to numerical optimization methods. Gradient descent (ru, en)

  2. How to accelerate gradient descent: conjugate gradient method, heavy-ball method and fast gradient method (ru, en)

  3. Second order methods: Newton method. Quasi-Newton methods as trade-off between convergence speed and cost of one iterations (ru, en)

  4. Non-smooth optimization problems: subgradient methods and intro to proximal methods (ru, en)

  5. Least squares problem: matrix factorizations and Levenberg-Marquardt algorithm (ru, en)

  6. Smoothing: smooth minimization of non-smooth functions (original paper) (ru, en)

  7. Simple constrained optimization problems: projected gradient method and Frank-Wolfe method (ru, en)

  8. General purpose solvers: interior point methods (ru, en)

  9. How to parallelize optimization methods: penalty method, augmented Lagrangian method and ADMM (ru, en)