Exploratory Data Analysis (EDA) is a way of evaluating datasets to summarise their essential properties, generally using visual methods, in data mining. Before beginning the modelling work, EDA is used to see what the data can tell us.

Exploratory Data Analysis (EDA) is the critical process of performing early investigations on data utilising summary statistics and graphical representations in order to identify patterns, detect anomalies, test hypotheses, and check assumptions.

Dress shoes, hiking boots, sandals, and other footwear are available. When you use EDA, you open yourself up to the possibility that anyone may buy any number of various styles of shoes. You use exploratory data analysis to visualise the data and discover that most customers buy 1-3 different styles of shoes.

The goal of exploratory data analysis is to find missing data and other errors. Increase your understanding of the data set and its underlying structure. Find a parsimonious model that explains the data using the fewest possible predictor variables.

In any Data Analysis or Data Science project, exploratory data analysis, or EDA, is a critical phase. EDA is the investigation of a dataset to find patterns and anomalies (outliers), as well as to create hypotheses based on our knowledge of the dataset.

Course Content

Getting Started with Machine Learning

How to use LearnVern

Introduction to Machine Learning

Environment Setup Part 1

Environment Setup Part 2

Environment Setup Part 3

Quiz : Introduction to Machine Learning

Data Wrangling in Machine Learning

Importing Libraries and Dataset in Machine Learning

Handling Missing Data in Machine Learning

Handling Missing Data in Machine Learning - Practical

Encoding Categorical Data in Machine Learning

Encoding Categorical Data in Machine Learning - Practical

Splitting Dataset in Machine Learning

Splitting Dataset in Machine Learning - Practical

Normalizing the Data in Machine Learning - Part 1

Normalizing the Data in Machine Learning - Part 2

Finding Machine Learning Datasets

Exploratory Data Analysis in Machine Learning

Plotting Graphs in Machine Learning - Part 1

Plotting Graphs in Machine Learning - Part 2

Distribution Models in Machine Learning - Part 1

Distribution Models in Machine Learning - Part 2

Assignment : Data Preprocessing for Machine Learning

Quiz : Data Preprocessing for Machine Learning

Machine Learning Paradigms

Assignment : Machine Learning Paradigms

Quiz : Machine Learning Paradigms

Overview of Classification

Logistic Regression in Machine Learning

Logistic Regression in Machine Learning - Practical - 1

Logistic Regression in Machine Learning - Practical - 2

KNN in Machine Learning

KNN in Machine Learning Practical - 1

KNN in Machine Learning - Practical 2

Decision Trees for Classification in Machine Learning

Decision Trees for Classification in Machine Learning - Practical - 1

Decision Trees for Classification in Machine Learning - Practical - 2

Decision Tree Iterative Dichotomiser in Machine Learning - 3

Random Forest in Machine Learning

Support Vector Machine Classifier

Support Vector Machine Classifier - Practical - 1

Support Vector Machine Classifier - Practical - 2

Naive Bayes Classifier in Machine Learning

Naive Bayes Classifier in Machine Learning Practical - 1

Naive Bayes Classifier in Machine Learning Practical - 2

Evaluating Classification Models Performance in Machine Learning

Evaluating Classification Models Performance in Machine Learning Practical

Assignment : Supervised Learning Algorithms

Quiz : Supervised Learning Algorithms

Simple Linear Regression in Machine Learning

Simple Linear Regression in Machine Learning - Practical

Salary Prediction using Linear Regression in Machine Learning

Multi-Linear Regression in Machine Learning

Startup Prediction using Multiple Regression in Machine Learning

Support Vector Regressor in Machine Learning

Support Vector Regressor in Machine Learning - Practical - 1

Support Vector Regressor in Machine Learning Practical - 2

Decision Tree Regressor in Machine Learning

Decision Tree Regressor in Machine Learning Practical - 1

Decision Tree Regressor in Machine Learning Practical - 2

Regressor Model Selection in Machine Learning

Evaluating Regression Model Performance in Machine Learning

Evaluating Regression Model Performance in Machine Learning - Practical

Assignment : Regression Algorithms

Quiz : Regression Algorithms

Distance Metrics in Machine Learning

K-Means Clustering in Machine Learning

K-Means Clustering in Machine Learning - Practical

Mall Customers Prediction using K Means Clustering in Machine Learning

Hierarchical Clustering in Machine Learning - Agglomerative , Divisive

Agglomerative Clustering in Machine Learning - Practical

Divisive Clustering in Machine Learning - Practical

DBscan Spatial Clustering in Machine Learning

Mall Customers Prediction using Hierarchical Clustering in Machine Learning

Assignment : Unsupervised Learning Algorithms

Quiz : Unsupervised Learning Algorithms

Association Rule in Machine Learning - Apriori, FP Growth

Association Rule in Machine Learning - Apriori Practical