Complete Machine Learning Course > Supervised Learning Algorithms

Decision Tree Iterative Dichotomiser in Machine Learning - 3

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To decide whether to break a node into two or more sub-nodes, decision trees employ a variety of techniques. The homogeneity of the generated sub-nodes improves with the generation of sub-nodes. To put it another way, the purity of the node improves as the target variable grows.

ID3 stands for Iterative Dichotomiser 3, and it is so named because the method separates features into two or more groups iteratively (repeatedly) at each stage. ID3 is a top-down greedy way to building a decision tree that was invented by Ross Quinlan.

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Suresh Kumar
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Hi Sir, I want a clearity up on these 1. To learn Data Science "Machine learning" is part of it but we have to learn additionally python libraries (panda, numpy, matplotlib) or else in ML enough.

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Ayush Bharti
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how can i download the finaldata.csv?

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Jagannath Mahato
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Hello Kushal Sir! Your way of teaching is very good. I thank you from my heart ❤️ that you are providing such good content for free.

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Muhammad Qasim
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Hi Kushal ! Your way of teaching is extremely helpful and you are one of the best teacher in the world. Extremely helpful and I recommend to my peer as well for this course.

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Shafi Akhtar
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Aniket Kumar prasad
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Very helpful and easy to understand all the concepts, best teacher for learning ML.

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Rishu Shrivastav
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explained everything in detail. I have a question learnvern provide dataset , and ppt ? or not?

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VIKAS CHOUBEY
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very nicely explained

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Vrushali Kandesar
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Awesome and very nicely explained!!! One importing thing to notify to team is by mistakenly navie's practical has been added under svm lecture and vice versa (Learning Practical 1)

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Mohd Mushraf
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Amazing Teaching

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Course Content

  1. Getting Started with Machine Learning
    4m 4s

  1. Introduction to Machine Learning
    13m 51s
  2. Environment Setup Part 1
    3m 32s
  3. Environment Setup Part 2
    4m 43s
  4. Environment Setup Part 3
    2m 34s

  1. Data Wrangling in Machine Learning
    12m 26s
  2. Importing Libraries and Dataset in Machine Learning
    11m 19s
  3. Handling Missing Data in Machine Learning
    11m 51s
  4. Handling Missing Data in Machine Learning - Practical
    17m 3s
  5. Encoding Categorical Data in Machine Learning
    6m 34s
  6. Encoding Categorical Data in Machine Learning - Practical
    8m 3s
  7. Splitting Dataset in Machine Learning
    3m 38s
  8. Splitting Dataset in Machine Learning - Practical
    9m 36s
  9. Normalizing the Data in Machine Learning - Part 1
    6m 19s
  10. Normalizing the Data in Machine Learning - Part 2
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  11. Finding Machine Learning Datasets
    9m 17s
  12. Exploratory Data Analysis in Machine Learning
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  13. Plotting Graphs in Machine Learning - Part 1
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  14. Plotting Graphs in Machine Learning - Part 2
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  15. Distribution Models in Machine Learning - Part 1
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  16. Distribution Models in Machine Learning - Part 2
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  17. Assignment : Data Preprocessing for Machine Learning
    1m 40s

  1. Machine Learning Paradigms
    9m 55s
  2. Assignment : Machine Learning Paradigms
    3m 25s

  1. Overview of Classification
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  2. Logistic Regression in Machine Learning
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  3. Logistic Regression in Machine Learning - Practical - 1
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  4. Logistic Regression in Machine Learning - Practical - 2
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  5. KNN in Machine Learning
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  6. KNN in Machine Learning Practical - 1
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  7. KNN in Machine Learning - Practical 2
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  8. Decision Trees for Classification in Machine Learning
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  9. Decision Trees for Classification in Machine Learning - Practical - 1
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  10. Decision Trees for Classification in Machine Learning - Practical - 2
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  11. Decision Tree Iterative Dichotomiser in Machine Learning - 3
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  12. Random Forest in Machine Learning
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  13. Support Vector Machine Classifier
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  14. Support Vector Machine Classifier - Practical - 1
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  15. Support Vector Machine Classifier - Practical - 2
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  16. Naive Bayes Classifier in Machine Learning
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  17. Naive Bayes Classifier in Machine Learning Practical - 1
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  18. Naive Bayes Classifier in Machine Learning Practical - 2
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  19. Evaluating Classification Models Performance in Machine Learning
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  20. Evaluating Classification Models Performance in Machine Learning Practical
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  21. Assignment : Supervised Learning Algorithms
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  1. Simple Linear Regression in Machine Learning
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  2. Simple Linear Regression in Machine Learning - Practical
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  3. Salary Prediction using Linear Regression in Machine Learning
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  4. Multi-Linear Regression in Machine Learning
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  5. Startup Prediction using Multiple Regression in Machine Learning
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  6. Support Vector Regressor in Machine Learning
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  7. Support Vector Regressor in Machine Learning - Practical - 1
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  8. Support Vector Regressor in Machine Learning Practical - 2
    15m 46s
  9. Decision Tree Regressor in Machine Learning
    4m 53s
  10. Decision Tree Regressor in Machine Learning Practical - 1
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  11. Decision Tree Regressor in Machine Learning Practical - 2
    17m 10s
  12. Regressor Model Selection in Machine Learning
    9m 7s
  13. Evaluating Regression Model Performance in Machine Learning
    8m 46s
  14. Evaluating Regression Model Performance in Machine Learning - Practical
    11m 35s
  15. Assignment : Regression Algorithms
    1m 12s

  1. Distance Metrics in Machine Learning
    6m 10s
  2. K-Means Clustering in Machine Learning
    11m 3s
  3. K-Means Clustering in Machine Learning - Practical
    9m 49s
  4. Mall Customers Prediction using K Means Clustering in Machine Learning
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  5. Hierarchical Clustering in Machine Learning - Agglomerative , Divisive
    4m 39s
  6. Agglomerative Clustering in Machine Learning - Practical
    4m 45s
  7. Divisive Clustering in Machine Learning - Practical
    14m 42s
  8. DBscan Spatial Clustering in Machine Learning
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  9. Mall Customers Prediction using Hierarchical Clustering in Machine Learning
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  10. Assignment : Unsupervised Learning Algorithms
    2m 41s

  1. Association Rule in Machine Learning - Apriori, FP Growth
    7m 19s
  2. Association Rule in Machine Learning - Apriori Practical
    7m 15s
  3. Market Basket Analysis using Apriori in Machine Learning
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  4. FP Growth in Machine Learning
    7m 43s
  5. Market Basket Analysis using FP Growth in Machine Learning
    11m 46s
  6. Assignment : Association Rule Mining
    46s

  1. Reinforcement Learning in Machine Learning - Multi Armed Bandits
    21m 4s
  2. Upper Confidence Bound in Machine Learning - Practical
    8m 41s
  3. Thompson Sampling in Machine Learning - Practical
    4m 18s
  4. Q Learning in Machine Learning
    33m 47s
  5. Assignment : Reinforcement Learning
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  1. Overview of Dimensionality Reduction in Machine Learning
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  2. Principal Component Analysis in Machine Learning
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  3. Principal Component Analysis in Machine Learning - Practical
    6m 35s
  4. Linear Discriminant Analysis in Machine Learning
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  5. Linear Discriminant Analysis in Machine Learning - Practical
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  6. Assignment : Dimensionality Reduction
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  1. Basics of Regularization and Optimization in Machine Learning
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  2. Cross Validation in Machine Learning
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  3. Hyperparameter Tuning in Machine Learning
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  4. Sampling Methods in Machine Learning
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  5. Underfitting and Overfitting in Models in Machine Learning
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  6. Variance and Bias in Machine Learning
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  7. Assignment : Regularization and Optimization
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  1. Advance Trends in Machine Learning
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  1. Introduction to Keras and Deep Learning
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  2. Practical Demonstration -Keras
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  1. Reinforcement Learning Project - Teach a Taxi Part 1
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  2. Reinforcement Learning Project - Teach a Taxi Part 2
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  3. Reinforcement Learning Project - Teach a Taxi Part 3
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  4. Reinforcement Learning Project - Teach a Taxi Part 4
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  5. Loan Prediction Project Part 1
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  6. Loan Prediction Project Part 2
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  1. Course Summary
    3m 52s

  1. Interview Questions Part 1
    19m 22s
  2. Interview Questions Part 2
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  3. Interview Questions Part 3
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  1. Career Guideline
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