Course Description
-
What is Machine Learning?00:02:00
-
Applications of Machine Learning00:02:00
-
Machine learning Methods00:01:00
-
What is Supervised learning?00:01:00
-
What is Unsupervised learning?00:01:00
-
Supervised learning vs Unsupervised learning00:04:00
-
Introduction S200:01:00
-
Python Libraries for Machine Learning00:02:00
-
Setting up Python00:02:00
-
What is Jupyter?00:02:00
-
Anaconda Installation Windows Mac and Ubuntu00:04:00
-
Implementing Python in Jupyter00:01:00
-
Managing Directories in Jupyter Notebook00:03:00
-
Introduction to regression00:02:00
-
How Does Linear Regression Work?00:02:00
-
Line representation00:01:00
-
Implementation in Python: Importing libraries & datasets00:03:00
-
Implementation in Python: Distribution of the data00:02:00
-
Implementation in Python: Creating a linear regression object00:03:00
-
Understanding Multiple linear regression00:02:00
-
Implementation in Python: Exploring the dataset00:04:00
-
Implementation in Python: Encoding Categorical Data00:03:00
-
Implementation in Python: Splitting data into Train and Test Sets00:02:00
-
Implementation in Python: Predicting the Test Set results00:03:00
-
Evaluating the performance of the regression model00:01:00
-
Root Mean Squared Error in Python00:03:00
-
Introduction to classification00:01:00
-
K-Nearest Neighbors algorithm00:01:00
-
Example of KNN00:01:00
-
K-Nearest Neighbours (KNN) using python00:01:00
-
Implementation in Python: Importing required libraries00:01:00
-
Implementation in Python: Importing the dataset00:02:00
-
Implementation in Python: Splitting data into Train and Test Sets00:03:00
-
Implementation in Python: Feature Scaling00:01:00
-
Implementation in Python: Importing the KNN classifier00:02:00
-
Implementation in Python: Results prediction & Confusion matrix00:02:00
-
Introduction to decision trees00:01:00
-
What is Entropy?00:01:00
-
Exploring the dataset00:01:00
-
Decision tree structure00:01:00
-
Implementation in Python: Importing libraries & datasets00:01:00
-
Implementation in Python: Encoding Categorical Data00:03:00
-
Implementation in Python: Splitting data into Train and Test Sets00:01:00
-
Implementation in Python: Results Prediction & Accuracy00:03:00
-
Introduction S700:01:00
-
Implementation steps00:01:00
-
Implementation in Python: Importing libraries & datasets00:02:00
-
Implementation in Python: Splitting data into Train and Test Sets00:02:00
-
Implementation in Python: Pre-processing00:02:00
-
Implementation in Python: Training the model00:01:00
-
Implementation in Python: Results prediction & Confusion matrix00:02:00
-
Logistic Regression vs Linear Regression00:02:00
-
Introduction to clustering00:01:00
-
Use cases00:01:00
-
K-Means Clustering Algorithm00:01:00
-
Steps of the Elbow method00:01:00
-
Implementation in python00:04:00
-
Hierarchical clustering00:01:00
-
Density-based clustering00:02:00
-
Implementation of k-means clustering in Python00:01:00
-
Importing the dataset00:03:00
-
Visualizing the dataset00:02:00
-
Defining the classifier00:02:00
-
3D Visualization of the clusters00:03:00
-
Number of predicted clusters00:02:00
-
Introduction S900:02:00
-
Collaborative Filtering in Recommender Systems00:01:00
-
Content-based Recommender System00:01:00
-
Implementation in Python: Importing libraries & datasets00:02:00
-
Merging datasets into one dataframe00:01:00
-
Sorting by title and rating00:04:00
-
Histogram showing number of ratings00:01:00
-
Frequency distribution00:01:00
-
Jointplot of the ratings and number of ratings00:01:00
-
Data pre-processing00:02:00
-
Sorting the most-rated movies00:01:00
-
Grabbing the ratings for two movies00:01:00
-
Correlation between the most-rated movies00:02:00
-
Sorting the data by correlation00:01:00
-
Filtering out movies00:01:00
-
Sorting values00:01:00
-
Repeating the process for another movie00:02:00
-
Conclusion00:01:00
Course Reviews
No Reviews found for this course.
Comming Soon!