Data Science: Foundations & Regression (Python)
- Offered byEduonix
Data Science: Foundations & Regression (Python) at Eduonix Overview
Duration | 9 hours |
Mode of learning | Online |
Schedule type | Self paced |
Difficulty level | Intermediate |
Credential | Certificate |
Data Science: Foundations & Regression (Python) at Eduonix Highlights
- Offered by IBM
- Lifetime Access. No Limits!
- A great course for learning Data Science
- Self paced Course
Data Science: Foundations & Regression (Python) at Eduonix Course details
- This course is designed to get students on board with data science and make them ready to solve industry problems. This course is a perfect blend of foundations of data science, industry standards, broader understanding of machine learning and practical applications.
Data Science: Foundations & Regression (Python) at Eduonix Curriculum
Section 1 : Working with Machine Learning
Exploring Machine Learning and its Types
Install Anaconda
Python and Jupyter Demo
Section 2 : Understanding Data Wrangling
Introduction
Reading from a CSV
Selecting data and finding the most common complaint type
Which borough has the most noise complaints?
Which weekday do people bike the most?
Which month was the snowiest?
Cleaning Messy Data
How to deal with timestamps
Loading data from SQL databases
Summary
Section 3 : Linear Regression
Introduction
What is linear regression?
The advertising dataset
EDA questions on advertising data
Simple Linear Regression
Hypothesis testing and p-values
R squared
Multiple linear regression
Model and feature selection
Model evaluation
Handling categorical features
Summary
Section 4 : Logistic Regression
Introduction
Predicting a continuous response
Quick refresher on linear regression
Predicting a categorical response
Using logistic regression
Probability , odds, log-odds
What is logistic regression?
Interpreting logistic regression
Using logistic regression with categorical features
Advantages and disadvantages of logistic regression
Summary
Section 5 : Cross Validation
Introduction
Train/test split
K-fold cross-validation
Cross-validation continued
Summary
Section 6 : Regularization
Introduction
Overfitting
Overfitting with linear models
Regularizing linear models
Ridge and Lasso Regularization
Regularization using scikit-learn
Regularizing logistic models
Pipeline and GridSearchCV
Comparing regularized with unregularized models