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NEWS.md

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IML.HUJI 0.5.0 (08-05-2021)

Added

  • Chapter 5 - Ensemble Methods

Changes

  • Chapter 3 - Classification - corrections to proof of Hard-SVM and typos in Soft-SVM.
  • Chapter 5 - code examples code updated.
  • Updated environment.yml to include installation of statsmodels needed for changes in chapter 5 code examples.

IML.HUJI 0.4.1 (28-04-2021)

Changes

  • Refactoring of code and adding explanations to Lab 05 - Logistic Regression

IML.HUJI 0.4.0 (27-04-2021)

Added

  • Chapter 4 - PAC Theory of Statistical Learning

IML.JUHI 0.3.1 (25-04-2021)

Changes

  • Fixed indexing typos in Lab 04 - Polynomial Fitting.

IML.HUJI 0.3.0 (20-04-2021)

Added

  • Chapter 3 - Classification.
  • Chapter 2 - Bias and variance of estimators to linear regression.
  • Chapter 1 - Convexity and second order approximations of functions.

Changes

  • Refectoring of Chapter 3 code examples and move of AdaBoost example to chapter 5 code examples.

IML.HUJI 0.2.0 (05-04-20201)

Added

  • Chapter 2 - Linear Regression

Changes

  • Lab 02 - in last block, estimator is of the variance and not standard deviation.
  • Minor typos and notation mistakes in chapter 1.

IML.HUJI 0.0.3 (26-03-20201)

Added

  • Added definition of outer product.
  • Added properties of SVD.

Changes

  • Fixing dimensions inconsistency between Definition 1.2.4 and Exercise 1.5.
  • Better explanations for the connection between SVD and EVD
  • Fixed marginal of bivariate Gaussian proof.
  • Fixed matrix transposing mistakes in 1.3.3.3
  • Book title specifies chapters included in file instead of week of course.

IML.HUJI 0.0.2 (21-03-2021)

Changes

  • Minor fixes to Lab 01 - A - Data Analysis In Python - First Steps.
  • Example 1.1 - Corrected number of linear equations and dimension of vector $y$.
  • Definition 1.1.9 - Removed non-negativity requirement of an inner product.
  • SVD - Corrected dimensions of compact SVD form and explanations regarding lemma 1.1.9.
  • Exercise 1.10 - Fixed confusing indices naming.
  • Exercise 1.11 - Fixed errors in expressing $f\left(\x\right)$.
  • Definition 1.3.20 - Fixed matrix notation writing of sample covariance matrix estimator.