Supervised and Unsupervised Learning With Python
Harness The Power Of Machine Learning For Unsupervised & Supervised Learning In Python
Segment - 01 - What is machine Learning?
Segment - 02 - For Mac Users
Segment - 03 - Introduction to Python
Segment - 04 - IPython in Browser
Segment - 05 - Python Data science to be used
Segment - 06 - What are Pandas?
Segment - 07 - Read in Data from CSV
Segment - 08 - Read in Online CSV
Segment - 09 - Read in Excel Data
Segment - 10 - Read in HTML Data
Segment - 11 - Read in Data from Databases
Segment - 12 - Remove Missing Values
Segment - 13 - Conditional Data Selection
Segment - 14 - Data Grouping
Segment - 15 - Data Subsetting
Segment - 16 - Ranking & Sorting
Segment - 17 - Concatenate
Segment - 18 - Merging & Joining Data Frames
Segment - 19 - Unsupervised Classification- Some Basic Concepts
Segment - 20 - K-Means Clustering: Theory
Segment - 21 - Implement K-Means on the Iris Data
Segment - 22 - Quantifying K-Means Clustering Performance
Segment - 23 - How To Select the Optimal Number of Clusters?
Segment - 24 - Hierarchical Clustering - Theory
Segment - 25 - Hierarchical Clustering-practical
Segment - 26 - Principal Component Analysis (PCA) - Theory
Segment - 27 - Principal Component Analysis (PCA)-Case Study 1
Segment - 28 - Principal Component Analysis (PCA)-Case Study 2
Segment - 29 - Linear Discriminant Analysis(LDA) for Dimension Reduction
Segment - 30 - T-SNE Dimension Reduction
Segment - 31 - Feature Selection to Select the Most Relevant Predictors
Segment - 32 - Recursive Feature Elimination (RFE)
Segment - 33 - Concepts Behind Supervised Learning
Segment - 34 - Data Preparation for Supervised Learning
Segment - 35 - Pointers on Evaluating the Accuracy of Classification Modelling
Segment - 36 - Using Logistic Regression as a Classification Model
Segment - 37 - KNN - Classification
Segment - 38 - Naive Bayes Classification
Segment - 39 - Linear Discriminant Analysis
Segment - 40 - SVM- Linear Classification
Segment - 41 - Non-Linear SVM Classification