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Master Machine Learning: From Basics to Advanced Models

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3:38:04

  • 1 - Introduction to Machine Learning.mp4
    09:17
  • 2 - Types of Machine Learning.mp4
    11:18
  • 3 - Polynomial Curve Fitting.mp4
    08:43
  • 4 - Probability.mp4
    10:42
  • 5 - Total Probability Bayes Rule and Conditional Independence.mp4
    08:11
  • 6 - Random Variables and Probability Distribution.mp4
    07:42
  • 7 - Expectation Variance Covariance and Quantiles.mp4
    09:28
  • 8 - Maximum Likelihood Estimation.mp4
    12:14
  • 9 - Least Squares Method.mp4
    07:02
  • 10 - Robust Regression.mp4
    06:43
  • 11 - Ridge Regression.mp4
    09:37
  • 12 - Bayesian Linear Regression.mp4
    06:32
  • 13 - Linear models for classificationDiscriminant Functions.mp4
    12:44
  • 14 - Probabilistic Discriminative and Generative Models.mp4
    07:16
  • 15 - Logistic Regression.mp4
    05:30
  • 16 - Bayesian Logistic Regression.mp4
    03:50
  • 17 - Kernel Functions.mp4
    13:31
  • 18 - Kernel Trick.mp4
    04:45
  • 19 - Support Vector Machine.mp4
    11:23
  • 20 - Kmeans clustering.mp4
    10:08
  • 21 - Mixtures of Gaussians.mp4
    10:31
  • 22 - EM for Gaussian Mixture Models.mp4
    09:43
  • 23 - PCA Choosing the number of latent dimensions.mp4
    08:57
  • 24 - Hierarchial clustering.mp4
    12:17
  • More details


    Course Overview

    This comprehensive course takes you from fundamental machine learning concepts to advanced techniques, covering supervised and unsupervised learning, regression, classification, and time-series prediction. Gain hands-on experience with real-world applications.

    What You'll Learn

    • Apply linear models for regression and classification
    • Develop clustering models using K-means and Gaussian mixtures
    • Build ensemble models and predict time-series data

    Who This Is For

    • Students entering the field of data science
    • Data scientists looking to enhance their predictive modeling skills
    • Engineers solving data-driven problems

    Key Benefits

    • Master both theoretical foundations and practical applications
    • Learn from basic probability to advanced Bayesian methods
    • Gain skills applicable to real-world data challenges

    Curriculum Highlights

    1. Introduction to Machine Learning Fundamentals
    2. Linear Models for Regression and Classification
    3. Mixture Models and Clustering Techniques
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    Category
    • language english
    • Training sessions 24
    • duration 3:38:04
    • Release Date 2025/06/02

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