Udemy - Machine Learning & Deep Learning in Python & R

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Udemy - Machine Learning & Deep Learning in Python & R

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Udemy - Machine Learning & Deep Learning in Python & R
▼ show more 268 files
001 ACF and PACF.mp4
MP4
41.2 MB
001 Basic Terminologies.mp4
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40.4 MB
001 Basics of Decision Trees.mp4
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42.6 MB
001 Boosting.mp4
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30.6 MB
001 CNN Introduction.mp4
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51.2 MB
001 CNN model in Python - Preprocessing.mp4
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40.6 MB
001 CNN on MNIST Fashion Dataset - Model Architecture.mp4
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7.4 MB
001 Classification tree.mp4
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28.2 MB
001 Content flow.mp4
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8.6 MB
001 Data Loading in Python.mp4
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108.9 MB
001 Ensemble technique 1 - Bagging.mp4
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28.1 MB
001 Ensemble technique 2 - Random Forests.mp4
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18.2 MB
001 Gathering Business Knowledge.mp4
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22.3 MB
001 ILSVRC.mp4
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20.9 MB
001 Importing Data into R.mp4
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53.7 MB
001 Installing Keras and Tensorflow.mp4
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22.8 MB
001 Installing Python and Anaconda.mp4
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16.3 MB
001 Installing R and R studio.mp4
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35.7 MB
001 Introduction to Machine Learning.mp4
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109.2 MB
001 Introduction to Neural Networks and Course flow.mp4
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29.1 MB
001 Introduction.mp4
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12.3 MB
001 Keras and Tensorflow.mp4
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14.9 MB
001 Kernel Based Support Vector Machines.mp4
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40.1 MB
001 Linear Discriminant Analysis.mp4
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40.9 MB
001 Logistic Regression.mp4
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32.9 MB
001 Project - Data Augmentation Preprocessing.mp4
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41.4 MB
001 Project - Introduction.mp4
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49.4 MB
001 Project - Transfer Learning - VGG16 (Implementation).mp4
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101.6 MB
001 Project in R - Data Preprocessing.mp4
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87.8 MB
001 Regression and Classification Models.mp4
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4 MB
001 SARIMA model.mp4
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39 MB
001 Support Vector classifiers.mp4
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56.2 MB
001 Test Train Split in Python.mp4
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57.4 MB
001 Test-Train Split.mp4
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39.3 MB
001 The Data and the Data Dictionary.mp4
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79 MB
001 The Problem Statement.mp4
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9.4 MB
001 The final milestone!.mp4
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11.8 MB
001 Three Classifiers and the problem statement.mp4
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20.3 MB
001 Types of Data.mp4
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21.8 MB
001 Understanding the results of classification models.mp4
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41.6 MB
001 White Noise.mp4
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11.4 MB
002 ARIMA model - Basics.mp4
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21.4 MB
002 Basic Equations and Ordinary Least Squares (OLS) method.mp4
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43.4 MB
002 Basics of R and R studio.mp4
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38.8 MB
002 Building a Machine Learning Model.mp4
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39.5 MB
002 CNN Project in R - Structure and Compile.mp4
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46.1 MB
002 CNN model in Python - structure and Compile.mp4
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43.2 MB
002 Congratulations & About your certificate.html
HTML
2.5 KB
002 Course Resources.html
HTML
1.2 KB
002 Data Exploration.mp4
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20.5 MB
002 Data Import in Python.mp4
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22.1 MB
002 Data Normalization and Test-Train Split.mp4
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111.8 MB
002 Data Preprocessing.mp4
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67 MB
002 Data for the project.html
HTML
1.1 KB
002 Ensemble technique 1 - Bagging in Python.mp4
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77.3 MB
002 Ensemble technique 2 - Random Forests in Python.mp4
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46.7 MB
002 Ensemble technique 3a - Boosting in Python.mp4
MP4
39.9 MB
002 Gradient Descent.mp4
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60.3 MB
002 Installing Tensorflow and Keras.mp4
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20.1 MB
002 LDA in Python.mp4
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11.4 MB
002 LeNET.mp4
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7 MB
002 Limitations of Support Vector Classifiers.mp4
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10.8 MB
002 Naive (Persistence) model in Python.mp4
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43.4 MB
002 Perceptron.mp4
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44.7 MB
002 Project - Data Augmentation Training and Results.mp4
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53 MB
002 Project - Transfer Learning - VGG16 (Performance).mp4
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64.1 MB
002 Random Walk.mp4
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21.2 MB
002 SARIMA model in Python.mp4
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66.2 MB
002 Stride.mp4
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16.6 MB
002 Summary of the three models.mp4
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22.2 MB
002 Test-Train Split in Python.mp4
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33.1 MB
002 Test-Train Split.mp4
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50.5 MB
002 The Concept of a Hyperplane.mp4
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29.4 MB
002 The Data set for Classification problem.mp4
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18.6 MB
002 The Data set for the Regression problem.mp4
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37.2 MB
002 This is a milestone!.mp4
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20.7 MB
002 Time Series - Visualization Basics.mp4
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63.7 MB
002 Time Series Forecasting - Use cases.mp4
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25.9 MB
002 Training a Simple Logistic Model in Python.mp4
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47.9 MB
002 Types of Statistics.mp4
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10.9 MB
002 Understanding a Regression Tree.mp4
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43.7 MB
002 Why can't we use Linear Regression_.mp4
MP4
16.9 MB
003 ARIMA model in Python.mp4
MP4
74.4 MB
003 Activation Functions.mp4
MP4
34.6 MB
003 Assessing accuracy of predicted coefficients.mp4
MP4
92.1 MB
003 Auto Regression Model - Basics.mp4
MP4
16.9 MB
003 Back Propagation.mp4
MP4
122.2 MB
003 Bagging in R.mp4
MP4
59 MB
003 Building,Compiling and Training.mp4
MP4
130.7 MB
003 CNN model in Python - Training and results.mp4
MP4
55.2 MB
003 Classification tree in Python _ Preprocessing.mp4
MP4
45.4 MB
003 Creating Model Architecture.mp4
MP4
71.6 MB
003 Dataset for classification.mp4
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56.2 MB
003 Decomposing Time Series in Python.mp4
MP4
59.8 MB
003 Describing data Graphically.mp4
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65.4 MB
003 Forecasting model creation - Steps.mp4
MP4
10.1 MB
003 Gradient Boosting in R.mp4
MP4
69.1 MB
003 Importing data for regression model.mp4
MP4
25.8 MB
003 Importing the dataset into R.mp4
MP4
13.5 MB
003 Linear Discriminant Analysis in R.mp4
MP4
74.3 MB
003 Maximum Margin Classifier.mp4
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22.5 MB
003 More about test-train split.html
HTML
1.4 KB
003 Opening Jupyter Notebook.mp4
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65.2 MB
003 Packages in R.mp4
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82.9 MB
003 Padding.mp4
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31.6 MB
003 Project - Data Preprocessing in Python.mp4
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71.8 MB
003 Project in R - Training.mp4
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24.6 MB
003 Stationary time Series.mp4
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5.6 MB
003 Test-Train Split in R.mp4
MP4
74.2 MB
003 The Dataset and the Data Dictionary.mp4
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69.3 MB
003 The stopping criteria for controlling tree growth.mp4
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14 MB
003 Time Series - Visualization in Python.mp4
MP4
165.2 MB
003 Training a Simple Logistic model in R.mp4
MP4
25.6 MB
003 Using Grid Search in Python.mp4
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80.7 MB
003 VGG16NET.mp4
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10.4 MB
004 ARIMA model with Walk Forward Validation in Python.mp4
MP4
32.1 MB
004 Assessing Model Accuracy_ RSE and R squared.mp4
MP4
43.6 MB
004 Auto Regression Model creation in Python.mp4
MP4
53.5 MB
004 Classification SVM model using Linear Kernel.mp4
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139.2 MB
004 Classification tree in Python _ Training.mp4
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82.7 MB
004 Comparison - Pooling vs Without Pooling in Python.mp4
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58 MB
004 Compiling and training.mp4
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32.2 MB
004 Differencing.mp4
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32.4 MB
004 EDD in Python.mp4
MP4
77.6 MB
004 Ensemble technique 3b - AdaBoost in Python.mp4
MP4
30.5 MB
004 Evaluating and Predicting.mp4
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99.3 MB
004 Filters and Feature maps.mp4
MP4
52.7 MB
004 Forecasting model creation - Steps 1 (Goal).mp4
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34.5 MB
004 GoogLeNet.mp4
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21.4 MB
004 Importing Data in Python.mp4
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27.8 MB
004 Inputting data part 1_ Inbuilt datasets of R.mp4
MP4
40.7 MB
004 Introduction to Jupyter.mp4
MP4
40.9 MB
004 K-Nearest Neighbors classifier.mp4
MP4
75.4 MB
004 Limitations of Maximum Margin Classifier.mp4
MP4
10.6 MB
004 Measures of Centers.mp4
MP4
38.6 MB
004 Normalization and Test-Train split.mp4
MP4
44.2 MB
004 Project - Training CNN model in Python.mp4
MP4
66 MB
004 Project in R - Model Performance.mp4
MP4
23.2 MB
004 Python - Creating Perceptron model.mp4
MP4
86.5 MB
004 Random Forest in R.mp4
MP4
30.7 MB
004 Result of Simple Logistic Regression.mp4
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26.9 MB
004 Some Important Concepts.mp4
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62.2 MB
004 The Data set for this part.mp4
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37.3 MB
004 Time Series - Feature Engineering Basics.mp4
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59.5 MB
004 X-y Split.mp4
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15.2 MB
005 ANN with NeuralNets Package.mp4
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84.4 MB
005 AdaBoosting in R.mp4
MP4
88.7 MB
005 Arithmetic operators in Python_ Python Basics.mp4
MP4
12.7 MB
005 Auto Regression with Walk Forward validation in Python.mp4
MP4
49.6 MB
005 Building a classification Tree in R.mp4
MP4
85.1 MB
005 Channels.mp4
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67.8 MB
005 Differencing in Python.mp4
MP4
113 MB
005 Different ways to create ANN using Keras.mp4
MP4
10.8 MB
005 EDD in R.mp4
MP4
66.5 MB
005 Hyperparameter Tuning for Linear Kernel.mp4
MP4
60.5 MB
005 Hyperparameter.mp4
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45.4 MB
005 Importing the Data set into Python.mp4
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25.8 MB
005 Importing the dataset into R.mp4
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13.1 MB
005 Inputting data part 2_ Manual data entry.mp4
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25.5 MB
005 K-Nearest Neighbors in Python_ Part 1.mp4
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37.2 MB
005 Logistic with multiple predictors.mp4
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8.5 MB
005 Measures of Dispersion.mp4
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22.8 MB
005 Model Performance.mp4
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68.1 MB
005 Project in Python - model results.mp4
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21 MB
005 Project in R - Data Augmentation.mp4
MP4
56.4 MB
005 Simple Linear Regression in Python.mp4
MP4
63.4 MB
005 Test-Train Split.mp4
MP4
24.9 MB
005 Time Series - Basic Notations.mp4
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62.5 MB
005 Time Series - Feature Engineering in Python.mp4
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112.7 MB
005 Transfer Learning.mp4
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30 MB
006 Advantages and Disadvantages of Decision Trees.mp4
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6.9 MB
006 Building Regression Model with Functional API.mp4
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131.1 MB
006 Building the Neural Network using Keras.mp4
MP4
79.1 MB
006 Comparison - Pooling vs Without Pooling in R.mp4
MP4
44.6 MB
006 Ensemble technique 3c - XGBoost in Python.mp4
MP4
75 MB
006 Importing the Data set into R.mp4
MP4
43.7 MB
006 Inputting data part 3_ Importing from CSV or Text files.mp4
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60.1 MB
006 K-Nearest Neighbors in Python_ Part 2.mp4
MP4
42.4 MB
006 Moving Average model -Basics.mp4
MP4
24.1 MB
006 Outlier treatment in Python.mp4
MP4
47.3 MB
006 Polynomial Kernel with Hyperparameter Tuning.mp4
MP4
83.1 MB
006 PoolingLayer.mp4
MP4
46.9 MB
006 Project - Transfer Learning - VGG16.mp4
MP4
129.1 MB
006 Project in R - Validation Performance.mp4
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23.7 MB
006 Simple Linear Regression in R.mp4
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40.8 MB
006 Standardizing the data.mp4
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38.4 MB
006 Strings in Python_ Python Basics.mp4
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64.4 MB
006 Time Series - Upsampling and Downsampling.mp4
MP4
17 MB
006 Training multiple predictor Logistic model in Python.mp4
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26.3 MB
006 Univariate analysis and EDD.mp4
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24.2 MB
007 Compiling and Training the Neural Network model.mp4
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81.6 MB
007 Complex Architectures using Functional API.mp4
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79.6 MB
007 Creating Barplots in R.mp4
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96.7 MB
007 EDD in Python.mp4
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61.8 MB
007 K-Nearest Neighbors in R.mp4
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64.9 MB
007 Lists, Tuples and Directories_ Python Basics.mp4
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60.3 MB
007 Missing value treatment in Python.mp4
MP4
17.9 MB
007 Moving Average model in Python.mp4
MP4
56.7 MB
007 Multiple Linear Regression.mp4
MP4
34.3 MB
007 Outlier Treatment in R.mp4
MP4
25.4 MB
007 Radial Kernel with Hyperparameter Tuning.mp4
MP4
56.7 MB
007 SVM based Regression Model in Python.mp4
MP4
67.6 MB
007 Time Series - Upsampling and Downsampling in Python.mp4
MP4
100.7 MB
007 Training multiple predictor Logistic model in R.mp4
MP4
15.8 MB
007 XGBoosting in R.mp4
MP4
161.3 MB
008 Confusion Matrix.mp4
MP4
21.1 MB
008 Creating Histograms in R.mp4
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42 MB
008 Dummy Variable creation in Python.mp4
MP4
24.9 MB
008 EDD in R.mp4
MP4
97 MB
008 Evaluating performance and Predicting using Keras.mp4
MP4
69.9 MB
008 Missing Value Imputation in Python.mp4
MP4
22.6 MB
008 SVM based Regression Model in R.mp4
MP4
106.1 MB
008 Saving - Restoring Models and Using Callbacks.mp4
MP4
216 MB
008 The Data set for the Classification problem.mp4
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18.5 MB
008 The F - statistic.mp4
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56 MB
008 Time Series - Power Transformation.mp4
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14.8 MB
008 Working with Numpy Library of Python.mp4
MP4
43.9 MB
009 Building Neural Network for Regression Problem.mp4
MP4
155.9 MB
009 Classification model - Preprocessing.mp4
MP4
45.4 MB
009 Creating Confusion Matrix in Python.mp4
MP4
51.3 MB
009 Dependent- Independent Data split in Python.mp4
MP4
15.2 MB
009 Interpreting results of Categorical variables.mp4
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22.5 MB
009 Missing Value imputation in R.mp4
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19 MB
009 Moving Average.mp4
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38.7 MB
009 Outlier Treatment.mp4
MP4
24.5 MB
009 Working with Pandas Library of Python.mp4
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46.9 MB
010 Classification model - Standardizing the data.mp4
MP4
9.7 MB
010 Evaluating performance of model.mp4
MP4
35.2 MB
010 Exponential Smoothing.mp4
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8.4 MB
010 Multiple Linear Regression in Python.mp4
MP4
69.7 MB
010 Outlier Treatment in Python.mp4
MP4
70.3 MB
010 Test-Train split in Python.mp4
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24.9 MB
010 Using Functional API for complex architectures.mp4
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92.1 MB
010 Variable transformation and Deletion in Python.mp4
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29.3 MB
010 Working with Seaborn Library of Python.mp4
MP4
40.4 MB
011 Evaluating model performance in Python.mp4
MP4
9 MB
011 Multiple Linear Regression in R.mp4
MP4
62.4 MB
011 Outlier Treatment in R.mp4
MP4
30.7 MB
011 SVM Based classification model.mp4
MP4
64.1 MB
011 Saving - Restoring Models and Using Callbacks.mp4
MP4
151.6 MB
011 Splitting Data into Test and Train Set in R.mp4
MP4
44 MB
011 Variable transformation in R.mp4
MP4
38 MB
012 Creating Decision tree in Python.mp4
MP4
17.9 MB
012 Dummy variable creation in Python.mp4
MP4
26.4 MB
012 Hyper Parameter Tuning.mp4
MP4
57.7 MB
012 Hyperparameter Tuning.mp4
MP4
60.6 MB
012 Missing Value Imputation.mp4
MP4
25 MB
012 Predicting probabilities, assigning classes and making Confusion Matrix in R.mp4
MP4
55.7 MB
012 Test-train split.mp4
MP4
41.9 MB
013 Bias Variance trade-off.mp4
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25.1 MB
013 Building a Regression Tree in R.mp4
MP4
103.3 MB
013 Dummy variable creation in R.mp4
MP4
44.4 MB
013 Missing Value Imputation in Python.mp4
MP4
23.4 MB
013 Polynomial Kernel with Hyperparameter Tuning.mp4
MP4
22.9 MB
014 Evaluating model performance in Python.mp4
MP4
16.4 MB
014 Missing Value imputation in R.mp4
MP4
26 MB
014 Radial Kernel with Hyperparameter Tuning.mp4
MP4
37.2 MB
014 Test train split in Python.mp4
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44.9 MB
015 Plotting decision tree in Python.mp4
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21.5 MB
015 Seasonality in Data.mp4
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17 MB
015 Test-Train Split in R.mp4
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75.6 MB
016 Bi-variate analysis and Variable transformation.mp4
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100.4 MB
016 Pruning a tree.mp4
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18.5 MB
016 Regression models other than OLS.mp4
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16.5 MB
017 Pruning a tree in Python.mp4
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73.5 MB
017 Subset selection techniques.mp4
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79.1 MB
017 Variable transformation and deletion in Python.mp4
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44.1 MB
018 Pruning a Tree in R.mp4
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82.1 MB
018 Subset selection in R.mp4
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63.5 MB
018 Variable transformation in R.mp4
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55.4 MB
019 Non-usable variables.mp4
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20.2 MB
019 Shrinkage methods_ Ridge and Lasso.mp4
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33.3 MB
020 Dummy variable creation_ Handling qualitative data.mp4
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36.8 MB
020 Ridge regression and Lasso in Python.mp4
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128.8 MB
021 Dummy variable creation in Python.mp4
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26.5 MB
021 Ridge regression and Lasso in R.mp4
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103.4 MB
022 Dummy variable creation in R.mp4
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44 MB
022 Heteroscedasticity.mp4
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14.5 MB
023 Correlation Analysis.mp4
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71.6 MB
024 Correlation Analysis in Python.mp4
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55.3 MB
025 Correlation Matrix in R.mp4
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83.1 MB
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