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Udemy Machine Learning Deep Learning in Python R Giga Course

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Added Sunday 22nd October 2023 07:32:30 AM (3 years ago)
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Torrent Files (539)
FilenameSize
[CourseClub.Me].url122 bytes
[GigaCourse.Com].url49 bytes
1. Introduction.mp429.4 MB
1. Introduction.srt4.6 KB
2. Course Resources.html370 bytes
1. Linear Discriminant Analysis.mp441.0 MB
1. Linear Discriminant Analysis.srt12.3 KB
2. LDA in Python.mp411.4 MB
2. LDA in Python.srt2.6 KB
3. Linear Discriminant Analysis in R.mp474.3 MB
3. Linear Discriminant Analysis in R.srt10.5 KB
1. Test-Train Split.mp439.3 MB
1. Test-Train Split.srt11.0 KB
2. Test-Train Split in Python.mp433.1 MB
2. Test-Train Split in Python.srt7.6 KB
3. Test-Train Split in R.mp474.2 MB
3. Test-Train Split in R.srt10.3 KB
4. K-Nearest Neighbors classifier.mp475.4 MB
4. K-Nearest Neighbors classifier.srt10.3 KB
5. K-Nearest Neighbors in Python Part 1.mp437.2 MB
5. K-Nearest Neighbors in Python Part 1.srt5.9 KB
6. K-Nearest Neighbors in Python Part 2.mp442.4 MB
6. K-Nearest Neighbors in Python Part 2.srt6.9 KB
7. K-Nearest Neighbors in R.mp464.9 MB
7. K-Nearest Neighbors in R.srt9.4 KB
1. Understanding the results of classification models.mp441.6 MB
1. Understanding the results of classification models.srt7.8 KB
2. Summary of the three models.mp422.2 MB
2. Summary of the three models.srt6.2 KB
1. Introduction to Decision trees.mp444.8 MB
1. Introduction to Decision trees.srt4.7 KB
10. Test-Train split in Python.mp425.6 MB
10. Test-Train split in Python.srt5.3 KB
11. Splitting Data into Test and Train Set in R.mp444.0 MB
11. Splitting Data into Test and Train Set in R.srt7.3 KB
12. Creating Decision tree in Python.mp417.9 MB
12. Creating Decision tree in Python.srt4.3 KB
13. Building a Regression Tree in R.mp4103.3 MB
13. Building a Regression Tree in R.srt18.9 KB
14. Evaluating model performance in Python.mp416.4 MB
14. Evaluating model performance in Python.srt4.8 KB
15. Plotting decision tree in Python.mp421.5 MB
15. Plotting decision tree in Python.srt5.5 KB
16. Pruning a tree.mp418.5 MB
16. Pruning a tree.srt5.4 KB
17. Pruning a tree in Python.mp473.5 MB
17. Pruning a tree in Python.srt11.1 KB
18. Pruning a Tree in R.mp482.1 MB
18. Pruning a Tree in R.srt11.8 KB
2. Basics of Decision Trees.mp442.7 MB
2. Basics of Decision Trees.srt13.2 KB
3. Understanding a Regression Tree.mp443.7 MB
3. Understanding a Regression Tree.srt14.0 KB
4. The stopping criteria for controlling tree growth.mp414.0 MB
4. The stopping criteria for controlling tree growth.srt4.3 KB
5. Importing the Data set into Python.mp415.9 MB
5. Importing the Data set into Python.srt3.1 KB
6. Importing the Data set into R.mp443.7 MB
6. Importing the Data set into R.srt8.8 KB
7. Missing value treatment in Python.mp412.9 MB
7. Missing value treatment in Python.srt2.3 KB
8. Dummy Variable creation in Python.mp424.6 MB
8. Dummy Variable creation in Python.srt4.5 KB
9. Dependent- Independent Data split in Python.mp416.9 MB
9. Dependent- Independent Data split in Python.srt3.8 KB
1. Classification tree.mp428.2 MB
1. Classification tree.srt8.1 KB
2. The Data set for Classification problem.mp418.6 MB
2. The Data set for Classification problem.srt2.4 KB
3. Classification tree in Python Preprocessing.mp445.4 MB
3. Classification tree in Python Preprocessing.srt9.1 KB
4. Classification tree in Python Training.mp482.7 MB
4. Classification tree in Python Training.srt14.9 KB
5. Building a classification Tree in R.mp485.1 MB
5. Building a classification Tree in R.srt11.9 KB
6. Advantages and Disadvantages of Decision Trees.mp46.9 MB
6. Advantages and Disadvantages of Decision Trees.srt2.2 KB
1. Ensemble technique 1 - Bagging.mp428.1 MB
1. Ensemble technique 1 - Bagging.srt7.6 KB
2. Ensemble technique 1 - Bagging in Python.mp477.3 MB
2. Ensemble technique 1 - Bagging in Python.srt12.6 KB
3. Bagging in R.mp459.0 MB
3. Bagging in R.srt8.2 KB
1. Ensemble technique 2 - Random Forests.mp418.2 MB
1. Ensemble technique 2 - Random Forests.srt5.1 KB
2. Ensemble technique 2 - Random Forests in Python.mp446.7 MB
2. Ensemble technique 2 - Random Forests in Python.srt6.9 KB
3. Using Grid Search in Python.mp480.7 MB
3. Using Grid Search in Python.srt14.0 KB
4. Random Forest in R.mp430.7 MB
4. Random Forest in R.srt5.6 KB
1. Boosting.mp430.6 MB
1. Boosting.srt9.6 KB
2. Ensemble technique 3a - Boosting in Python.mp439.9 MB
2. Ensemble technique 3a - Boosting in Python.srt5.6 KB
3. Gradient Boosting in R.mp469.1 MB
3. Gradient Boosting in R.srt9.6 KB
4. Ensemble technique 3b - AdaBoost in Python.mp430.5 MB
4. Ensemble technique 3b - AdaBoost in Python.srt4.5 KB
5. AdaBoosting in R.mp488.7 MB
5. AdaBoosting in R.srt12.2 KB
6. Ensemble technique 3c - XGBoost in Python.mp475.0 MB
6. Ensemble technique 3c - XGBoost in Python.srt11.6 KB
7. XGBoosting in R.mp4161.3 MB
7. XGBoosting in R.srt21.1 KB
1. Introduction to SVM's.mp421.6 MB
1. Introduction to SVM's.srt3.3 KB
2. The Concept of a Hyperplane.mp429.4 MB
2. The Concept of a Hyperplane.srt6.2 KB
3. Maximum Margin Classifier.mp422.5 MB
3. Maximum Margin Classifier.srt4.4 KB
4. Limitations of Maximum Margin Classifier.mp410.6 MB
4. Limitations of Maximum Margin Classifier.srt3.1 KB
1. Support Vector classifiers.mp456.2 MB
1. Support Vector classifiers.srt12.5 KB
2. Limitations of Support Vector Classifiers.mp410.8 MB
2. Limitations of Support Vector Classifiers.srt1.9 KB
1. Installing Python and Anaconda.mp416.3 MB
1. Installing Python and Anaconda.srt2.7 KB
10. Working with Seaborn Library of Python.mp440.4 MB
10. Working with Seaborn Library of Python.srt9.1 KB
2. This is a milestone!.mp420.7 MB
2. This is a milestone!.srt3.9 KB
3. Opening Jupyter Notebook.mp465.2 MB
3. Opening Jupyter Notebook.srt10.1 KB
4. Introduction to Jupyter.mp440.9 MB
4. Introduction to Jupyter.srt15.5 KB
5. Arithmetic operators in Python Python Basics.mp412.7 MB
5. Arithmetic operators in Python Python Basics.srt4.6 KB
6. Strings in Python Python Basics.mp464.4 MB
6. Strings in Python Python Basics.srt18.6 KB
7. Lists, Tuples and Directories Python Basics.mp460.3 MB
7. Lists, Tuples and Directories Python Basics.srt22.2 KB
8. Working with Numpy Library of Python.mp443.9 MB
8. Working with Numpy Library of Python.srt12.8 KB
9. Working with Pandas Library of Python.mp446.9 MB
9. Working with Pandas Library of Python.srt10.3 KB
1. Kernel Based Support Vector Machines.mp440.1 MB
1. Kernel Based Support Vector Machines.srt8.5 KB
1. Regression and Classification Models.mp44.0 MB
1. Regression and Classification Models.srt817 bytes
10. Radial Kernel with Hyperparameter Tuning.mp437.2 MB
10. Radial Kernel with Hyperparameter Tuning.srt7.2 KB
2. Importing and preprocessing data in Python.mp426.4 MB
2. Importing and preprocessing data in Python.srt4.5 KB
3. Standardizing the data.mp438.4 MB
3. Standardizing the data.srt6.7 KB
4. SVM based Regression Model in Python.mp467.6 MB
4. SVM based Regression Model in Python.srt10.6 KB
5. Classification model - Preprocessing.mp445.4 MB
5. Classification model - Preprocessing.srt9.2 KB
6. Classification model - Standardizing the data.mp49.7 MB
6. Classification model - Standardizing the data.srt1.9 KB
7. SVM Based classification model.mp464.1 MB
7. SVM Based classification model.srt12.7 KB
8. Hyper Parameter Tuning.mp457.7 MB
8. Hyper Parameter Tuning.srt10.9 KB
9. Polynomial Kernel with Hyperparameter Tuning.mp422.9 MB
9. Polynomial Kernel with Hyperparameter Tuning.srt4.4 KB
1. Importing and preprocessing data in R.mp425.0 MB
1. Importing and preprocessing data in R.srt2.8 KB
2. More about test-train split.html559 bytes
3. Classification SVM model using Linear Kernel.mp4139.2 MB
3. Classification SVM model using Linear Kernel.srt18.4 KB
4. Hyperparameter Tuning for Linear Kernel.mp460.5 MB
4. Hyperparameter Tuning for Linear Kernel.srt7.2 KB
5. Polynomial Kernel with Hyperparameter Tuning.mp483.1 MB
5. Polynomial Kernel with Hyperparameter Tuning.srt11.8 KB
6. Radial Kernel with Hyperparameter Tuning.mp456.7 MB
6. Radial Kernel with Hyperparameter Tuning.srt7.4 KB
7. SVM based Regression Model in R.mp4106.1 MB
7. SVM based Regression Model in R.srt12.5 KB
1. Introduction to Neural Networks and Course flow.mp429.1 MB
1. Introduction to Neural Networks and Course flow.srt5.0 KB
2. Perceptron.mp444.8 MB
2. Perceptron.srt10.7 KB
3. Activation Functions.mp434.6 MB
3. Activation Functions.srt8.5 KB
4. Python - Creating Perceptron model.mp486.6 MB
4. Python - Creating Perceptron model.srt16.2 KB
1. Basic Terminologies.mp440.4 MB
1. Basic Terminologies.srt11.3 KB
2. Gradient Descent.mp460.3 MB
2. Gradient Descent.srt13.2 KB
3. Back Propagation.mp4122.2 MB
3. Back Propagation.srt25.9 KB
4. Some Important Concepts.mp462.2 MB
4. Some Important Concepts.srt14.2 KB
5. Hyperparameter.mp445.4 MB
5. Hyperparameter.srt9.7 KB
1. Keras and Tensorflow.mp414.9 MB
1. Keras and Tensorflow.srt3.9 KB
10. Using Functional API for complex architectures.mp492.1 MB
10. Using Functional API for complex architectures.srt13.4 KB
11. Saving - Restoring Models and Using Callbacks.mp4151.6 MB
11. Saving - Restoring Models and Using Callbacks.srt21.6 KB
12. Hyperparameter Tuning.mp460.6 MB
12. Hyperparameter Tuning.srt10.2 KB
2. Installing Tensorflow and Keras.mp420.1 MB
2. Installing Tensorflow and Keras.srt4.3 KB
3. Dataset for classification.mp456.2 MB
3. Dataset for classification.srt8.2 KB
4. Normalization and Test-Train split.mp444.2 MB
4. Normalization and Test-Train split.srt6.3 KB
5. Different ways to create ANN using Keras.mp410.8 MB
5. Different ways to create ANN using Keras.srt2.0 KB
6. Building the Neural Network using Keras.mp479.1 MB
6. Building the Neural Network using Keras.srt13.3 KB
7. Compiling and Training the Neural Network model.mp481.6 MB
7. Compiling and Training the Neural Network model.srt10.4 KB
8. Evaluating performance and Predicting using Keras.mp469.9 MB
8. Evaluating performance and Predicting using Keras.srt10.1 KB
9. Building Neural Network for Regression Problem.mp4155.9 MB
9. Building Neural Network for Regression Problem.srt24.7 KB
1. Installing Keras and Tensorflow.mp422.8 MB
1. Installing Keras and Tensorflow.srt3.1 KB
2. Data Normalization and Test-Train Split.mp4111.8 MB
2. Data Normalization and Test-Train Split.srt13.4 KB
3. Building,Compiling and Training.mp4130.7 MB
3. Building,Compiling and Training.srt16.9 KB
4. Evaluating and Predicting.mp499.3 MB
4. Evaluating and Predicting.srt10.5 KB
5. ANN with NeuralNets Package.mp484.4 MB
5. ANN with NeuralNets Package.srt8.8 KB
6. Building Regression Model with Functional API.mp4131.1 MB
6. Building Regression Model with Functional API.srt14.2 KB
7. Complex Architectures using Functional API.mp479.6 MB
7. Complex Architectures using Functional API.srt9.2 KB
8. Saving - Restoring Models and Using Callbacks.mp4216.0 MB
8. Saving - Restoring Models and Using Callbacks.srt22.3 KB
1. CNN Introduction.mp456.8 MB
1. CNN Introduction.srt8.3 KB
2. Stride.mp416.6 MB
2. Stride.srt3.1 KB
3. Padding.mp431.6 MB
3. Padding.srt5.1 KB
4. Filters and Feature maps.mp452.7 MB
4. Filters and Feature maps.srt7.9 KB
5. Channels.mp467.8 MB
5. Channels.srt6.5 KB
6. PoolingLayer.mp446.9 MB
6. PoolingLayer.srt6.1 KB
1. CNN model in Python - Preprocessing.mp440.6 MB
1. CNN model in Python - Preprocessing.srt5.9 KB
2. CNN model in Python - structure and Compile.mp443.3 MB
2. CNN model in Python - structure and Compile.srt7.5 KB
3. CNN model in Python - Training and results.mp455.2 MB
3. CNN model in Python - Training and results.srt6.6 KB
4. Comparison - Pooling vs Without Pooling in Python.mp458.0 MB
4. Comparison - Pooling vs Without Pooling in Python.srt5.8 KB
1. CNN on MNIST Fashion Dataset - Model Architecture.mp47.4 MB
1. CNN on MNIST Fashion Dataset - Model Architecture.srt2.5 KB
2. Data Preprocessing.mp467.0 MB
2. Data Preprocessing.srt7.8 KB
3. Creating Model Architecture.mp471.6 MB
3. Creating Model Architecture.srt6.5 KB
4. Compiling and training.mp432.2 MB
4. Compiling and training.srt3.3 KB
5. Model Performance.mp468.1 MB
5. Model Performance.srt6.8 KB
6. Comparison - Pooling vs Without Pooling in R.mp444.6 MB
6. Comparison - Pooling vs Without Pooling in R.srt4.3 KB
1. Installing R and R studio.mp435.7 MB
1. Installing R and R studio.srt7.4 KB
2. Basics of R and R studio.mp438.8 MB
2. Basics of R and R studio.srt14.4 KB
3. Packages in R.mp482.9 MB
3. Packages in R.srt14.6 KB
4. Inputting data part 1 Inbuilt datasets of R.mp440.7 MB
4. Inputting data part 1 Inbuilt datasets of R.srt5.6 KB
5. Inputting data part 2 Manual data entry.mp425.5 MB
5. Inputting data part 2 Manual data entry.srt3.7 KB
6. Inputting data part 3 Importing from CSV or Text files.mp460.1 MB
6. Inputting data part 3 Importing from CSV or Text files.srt8.4 KB
7. Creating Barplots in R.mp496.7 MB
7. Creating Barplots in R.srt18.3 KB
8. Creating Histograms in R.mp442.0 MB
8. Creating Histograms in R.srt7.6 KB
1. Project - Introduction.mp449.4 MB
1. Project - Introduction.srt7.8 KB
2. Data for the project.html232 bytes
3. Project - Data Preprocessing in Python.mp471.8 MB
3. Project - Data Preprocessing in Python.srt9.4 KB
4. Project - Training CNN model in Python.mp466.0 MB
4. Project - Training CNN model in Python.srt9.4 KB
5. Project in Python - model results.mp421.0 MB
5. Project in Python - model results.srt3.0 KB
1. Project in R - Data Preprocessing.mp487.8 MB
1. Project in R - Data Preprocessing.srt12.5 KB
2. CNN Project in R - Structure and Compile.mp446.1 MB
2. CNN Project in R - Structure and Compile.srt5.8 KB
3. Project in R - Training.mp424.6 MB
3. Project in R - Training.srt3.2 KB
4. Project in R - Model Performance.mp423.2 MB
4. Project in R - Model Performance.srt2.6 KB
5. Project in R - Data Augmentation.mp456.4 MB
5. Project in R - Data Augmentation.srt8.2 KB
6. Project in R - Validation Performance.mp423.7 MB
6. Project in R - Validation Performance.srt2.7 KB
1. Project - Data Augmentation Preprocessing.mp441.4 MB
1. Project - Data Augmentation Preprocessing.srt7.5 KB
2. Project - Data Augmentation Training and Results.mp453.0 MB
2. Project - Data Augmentation Training and Results.srt7.0 KB
1. ILSVRC.mp420.9 MB
1. ILSVRC.srt4.7 KB
2. LeNET.mp47.0 MB
2. LeNET.srt1.9 KB
3. VGG16NET.mp410.4 MB
3. VGG16NET.srt2.0 KB
4. GoogLeNet.mp421.4 MB
4. GoogLeNet.srt3.3 KB
5. Transfer Learning.mp430.0 MB
5. Transfer Learning.srt5.6 KB
6. Project - Transfer Learning - VGG16.mp4129.1 MB
6. Project - Transfer Learning - VGG16.srt21.4 KB
1. Project - Transfer Learning - VGG16 (Implementation).mp4101.6 MB
1. Project - Transfer Learning - VGG16 (Implementation).srt14.8 KB
2. Project - Transfer Learning - VGG16 (Performance).mp464.1 MB
2. Project - Transfer Learning - VGG16 (Performance).srt9.1 KB
1. Introduction.mp418.7 MB
1. Introduction.srt2.9 KB
2. Time Series Forecasting - Use cases.mp425.9 MB
2. Time Series Forecasting - Use cases.srt2.6 KB
3. Forecasting model creation - Steps.mp410.1 MB
3. Forecasting model creation - Steps.srt3.0 KB
4. Forecasting model creation - Steps 1 (Goal).mp434.5 MB
4. Forecasting model creation - Steps 1 (Goal).srt6.7 KB
5. Time Series - Basic Notations.mp462.5 MB
5. Time Series - Basic Notations.srt9.9 KB
1. Data Loading in Python.mp4108.9 MB
1. Data Loading in Python.srt18.5 KB
10. Exponential Smoothing.mp48.4 MB
10. Exponential Smoothing.srt2.2 KB
2. Time Series - Visualization Basics.mp463.7 MB
2. Time Series - Visualization Basics.srt10.6 KB
3. Time Series - Visualization in Python.mp4165.2 MB
3. Time Series - Visualization in Python.srt30.4 KB
4. Time Series - Feature Engineering Basics.mp459.5 MB
4. Time Series - Feature Engineering Basics.srt12.2 KB
5. Time Series - Feature Engineering in Python.mp4112.7 MB
5. Time Series - Feature Engineering in Python.srt20.2 KB
6. Time Series - Upsampling and Downsampling.mp417.0 MB
6. Time Series - Upsampling and Downsampling.srt4.4 KB
7. Time Series - Upsampling and Downsampling in Python.mp4100.7 MB
7. Time Series - Upsampling and Downsampling in Python.srt18.3 KB
8. Time Series - Power Transformation.mp414.8 MB
8. Time Series - Power Transformation.srt2.8 KB
9. Moving Average.mp438.7 MB
9. Moving Average.srt8.1 KB
1. White Noise.mp411.4 MB
1. White Noise.srt2.6 KB
2. Random Walk.mp421.2 MB
2. Random Walk.srt4.8 KB
3. Decomposing Time Series in Python.mp459.8 MB
3. Decomposing Time Series in Python.srt10.7 KB
4. Differencing.mp432.4 MB
4. Differencing.srt6.9 KB
5. Differencing in Python.mp4113.0 MB
5. Differencing in Python.srt16.2 KB
1. Test Train Split in Python.mp457.4 MB
1. Test Train Split in Python.srt12.3 KB
2. Naive (Persistence) model in Python.mp443.4 MB
2. Naive (Persistence) model in Python.srt8.3 KB
3. Auto Regression Model - Basics.mp416.9 MB
3. Auto Regression Model - Basics.srt3.7 KB
4. Auto Regression Model creation in Python.mp453.5 MB
4. Auto Regression Model creation in Python.srt10.4 KB
5. Auto Regression with Walk Forward validation in Python.mp449.6 MB
5. Auto Regression with Walk Forward validation in Python.srt9.0 KB
6. Moving Average model -Basics.mp424.1 MB
6. Moving Average model -Basics.srt5.2 KB
7. Moving Average model in Python.mp456.7 MB
7. Moving Average model in Python.srt9.8 KB
1. ACF and PACF.mp441.2 MB
1. ACF and PACF.srt8.9 KB
2. ARIMA model - Basics.mp421.4 MB
2. ARIMA model - Basics.srt5.2 KB
3. ARIMA model in Python.mp474.4 MB
3. ARIMA model in Python.srt14.7 KB
4. ARIMA model with Walk Forward Validation in Python.mp432.2 MB
4. ARIMA model with Walk Forward Validation in Python.srt6.3 KB
1. Types of Data.mp421.8 MB
1. Types of Data.srt5.2 KB
2. Types of Statistics.mp410.9 MB
2. Types of Statistics.srt3.3 KB
3. Describing data Graphically.mp465.4 MB
3. Describing data Graphically.srt13.2 KB
4. Measures of Centers.mp438.6 MB
4. Measures of Centers.srt8.1 KB
5. Measures of Dispersion.mp422.9 MB
5. Measures of Dispersion.srt5.3 KB
1. SARIMA model.mp439.0 MB
1. SARIMA model.srt8.2 KB
2. SARIMA model in Python.mp466.2 MB
2. SARIMA model in Python.srt12.1 KB
3. Stationary time Series.mp45.6 MB
3. Stationary time Series.srt1.7 KB
4. The final milestone!.mp411.8 MB
4. The final milestone!.srt1.8 KB
1. Bonus Lecture.html2.3 KB
1. Introduction to Machine Learning.mp4109.2 MB
1. Introduction to Machine Learning.srt19.4 KB
2. Building a Machine Learning Model.mp439.5 MB
2. Building a Machine Learning Model.srt10.2 KB
1. Gathering Business Knowledge.mp414.5 MB
1. Gathering Business Knowledge.srt3.8 KB
10. Outlier Treatment in Python.mp470.3 MB
10. Outlier Treatment in Python.srt14.5 KB
11. Outlier Treatment in R.mp430.7 MB
11. Outlier Treatment in R.srt4.9 KB
12. Missing Value Imputation.mp423.1 MB
12. Missing Value Imputation.srt4.2 KB
13. Missing Value Imputation in Python.mp423.4 MB
13. Missing Value Imputation in Python.srt4.7 KB
14. Missing Value imputation in R.mp426.0 MB
14. Missing Value imputation in R.srt4.1 KB
15. Seasonality in Data.mp417.0 MB
15. Seasonality in Data.srt4.1 KB
16. Bi-variate analysis and Variable transformation.mp4100.4 MB
16. Bi-variate analysis and Variable transformation.srt20.2 KB
17. Variable transformation and deletion in Python.mp444.1 MB
17. Variable transformation and deletion in Python.srt9.3 KB
18. Variable transformation in R.mp455.4 MB
18. Variable transformation in R.srt10.2 KB
19. Non-usable variables.mp420.2 MB
19. Non-usable variables.srt6.3 KB
2. Data Exploration.mp420.1 MB
2. Data Exploration.srt3.8 KB
20. Dummy variable creation Handling qualitative data.mp436.8 MB
20. Dummy variable creation Handling qualitative data.srt5.5 KB
21. Dummy variable creation in Python.mp426.5 MB
21. Dummy variable creation in Python.srt6.4 KB
22. Dummy variable creation in R.mp444.0 MB
22. Dummy variable creation in R.srt6.3 KB
23. Correlation Analysis.mp471.6 MB
23. Correlation Analysis.srt11.8 KB
24. Correlation Analysis in Python.mp455.3 MB
24. Correlation Analysis in Python.srt7.2 KB
25. Correlation Matrix in R.mp483.1 MB
25. Correlation Matrix in R.srt10.0 KB
26. Quiz.html170 bytes
3. The Dataset and the Data Dictionary.mp469.3 MB
3. The Dataset and the Data Dictionary.srt8.5 KB
4. Importing Data in Python.mp427.8 MB
4. Importing Data in Python.srt6.6 KB
5. Importing the dataset into R.mp413.1 MB
5. Importing the dataset into R.srt2.9 KB
6. Univariate analysis and EDD.mp424.2 MB
6. Univariate analysis and EDD.srt3.8 KB
7. EDD in Python.mp461.8 MB
7. EDD in Python.srt11.8 KB
8. EDD in R.mp497.0 MB
8. EDD in R.srt13.7 KB
9. Outlier Treatment.mp427.3 MB
9. Outlier Treatment.srt4.9 KB
1. The Problem Statement.mp49.4 MB
1. The Problem Statement.srt1.8 KB
10. Multiple Linear Regression in Python.mp469.7 MB
10. Multiple Linear Regression in Python.srt14.4 KB
11. Multiple Linear Regression in R.mp462.4 MB
11. Multiple Linear Regression in R.srt9.6 KB
12. Test-train split.mp441.9 MB
12. Test-train split.srt12.6 KB
13. Bias Variance trade-off.mp425.1 MB
13. Bias Variance trade-off.srt8.2 KB
14. Test train split in Python.mp444.9 MB
14. Test train split in Python.srt8.8 KB
15. Test-Train Split in R.mp475.6 MB
15. Test-Train Split in R.srt9.6 KB
16. Regression models other than OLS.mp416.5 MB
16. Regression models other than OLS.srt5.3 KB
17. Subset selection techniques.mp479.1 MB
17. Subset selection techniques.srt15.3 KB
18. Subset selection in R.mp463.5 MB
18. Subset selection in R.srt8.4 KB
19. Shrinkage methods Ridge and Lasso.mp433.3 MB
19. Shrinkage methods Ridge and Lasso.srt9.4 KB
2. Basic Equations and Ordinary Least Squares (OLS) method.mp443.4 MB
2. Basic Equations and Ordinary Least Squares (OLS) method.srt12.7 KB
20. Ridge regression and Lasso in Python.mp4128.8 MB
20. Ridge regression and Lasso in Python.srt21.5 KB
21. Ridge regression and Lasso in R.mp4103.4 MB
21. Ridge regression and Lasso in R.srt13.0 KB
22. Heteroscedasticity.mp414.5 MB
22. Heteroscedasticity.srt3.2 KB
3. Assessing accuracy of predicted coefficients.mp492.1 MB
3. Assessing accuracy of predicted coefficients.srt19.9 KB
4. Assessing Model Accuracy RSE and R squared.mp443.6 MB
4. Assessing Model Accuracy RSE and R squared.srt9.8 KB
5. Simple Linear Regression in Python.mp463.4 MB
5. Simple Linear Regression in Python.srt13.4 KB
6. Simple Linear Regression in R.mp440.8 MB
6. Simple Linear Regression in R.srt9.6 KB
7. Multiple Linear Regression.mp434.3 MB
7. Multiple Linear Regression.srt7.4 KB
8. The F - statistic.mp456.0 MB
8. The F - statistic.srt11.5 KB
9. Interpreting results of Categorical variables.mp422.5 MB
9. Interpreting results of Categorical variables.srt6.9 KB
1. Three classification models and Data set.mp452.3 MB
1. Three classification models and Data set.srt6.9 KB
1.1 Classification preprocessed data Python.csv41.0 KB
1.2 Classification preprocessed data R.csv41.0 KB
2. Importing the data into Python.mp46.9 MB
2. Importing the data into Python.srt1.7 KB
2.1 Classification preprocessed data Python.csv41.0 KB
3. Importing the data into R.mp48.8 MB
3. Importing the data into R.srt1.5 KB
3.1 Classification preprocessed data R.csv41.0 KB
4. The problem statements.mp417.1 MB
4. The problem statements.srt1.9 KB
5. Why can't we use Linear Regression.mp416.9 MB
5. Why can't we use Linear Regression.srt5.7 KB
1. Logistic Regression.mp432.9 MB
1. Logistic Regression.srt8.9 KB
10. Evaluating performance of model.mp435.2 MB
10. Evaluating performance of model.srt9.7 KB
11. Evaluating model performance in Python.mp49.0 MB
11. Evaluating model performance in Python.srt2.6 KB
12. Predicting probabilities, assigning classes and making Confusion Matrix in R.mp455.7 MB
12. Predicting probabilities, assigning classes and making Confusion Matrix in R.srt7.7 KB
2. Training a Simple Logistic Model in Python.mp447.9 MB
2. Training a Simple Logistic Model in Python.srt10.8 KB
3. Training a Simple Logistic model in R.mp425.6 MB
3. Training a Simple Logistic model in R.srt4.3 KB
4. Result of Simple Logistic Regression.mp426.9 MB
4. Result of Simple Logistic Regression.srt6.1 KB
5. Logistic with multiple predictors.mp48.5 MB
5. Logistic with multiple predictors.srt3.1 KB
6. Training multiple predictor Logistic model in Python.mp426.3 MB
6. Training multiple predictor Logistic model in Python.srt6.2 KB
7. Training multiple predictor Logistic model in R.mp415.8 MB
7. Training multiple predictor Logistic model in R.srt2.1 KB
8. Confusion Matrix.mp421.1 MB
8. Confusion Matrix.srt5.2 KB
9. Creating Confusion Matrix in Python.mp451.3 MB
9. Creating Confusion Matrix in Python.srt11.1 KB
[CourseClub.Me].url122 bytes
[GigaCourse.Com].url49 bytes
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