Machine Learning with Python A Practical Beginners’ Guide by Oliver Theobald-01.png

MLtarball.tar.gz

jupyter1

jupyter2

jupyter3

jupyter4

jupyter5

jupyter6

jupyter7

jupyter8

jupyter9

jupyter10

jupyter11

jupyter12

jupyter13

jupyter14

jupyter15

jupyter16

jupyter17

jupyter18dtextra

jupyter19dt

jupyter20rf

jupyter21gbc

jupyter22gbr

jupyter-temp

pca6

split

lor1

lor2

lor3

lor4

lor5

lor6

lor7

lor8

lor9

svm9

knn9

gbc7

gbr1

gbr2

gbr3

gbr4

gbr5

gbr6

gbr7

gbr8

Mlxtend

This course teaches you how to code basic machine learning models. The content is designed for beginners with general knowledge of machine learning, including common algorithms such as linear regression, logistic regression, SVM, KNN, decision trees, and more. If you need a refresher, we have summarized key concepts from machine learning, and there are overviews of specific algorithms dispersed throughout the course.

A Practical Guide to Machine Learning with Python

It’s important for the independent variables to be strongly correlated with the dependent variable and one or more of the other independent variables. True or False?

It’s important for the independent variables to be strongly correlated with the dependent variable and one or more of the other independent variables. True or False?

Linear regression can be used for predicting:

Linear regression can be used for predicting:

Linear regression can be used even if the dataset has missing values. True or False?

Linear regression can be used even if the dataset has missing values. True or False?

Which evaluation technique can we use to evaluate the performance of a regression model?

Which evaluation technique can we use to evaluate the performance of a regression model?

What is the price of a three-bedroom house with a y-intercept of 100,000 and a coefficient of 100,000 for each bedroom?

What is the price of a three-bedroom house with a y-intercept of 100,000 and a coefficient of 100,000 for each bedroom?

Quiz

Introduction to Course

Introduction to Machine Learning

Exploratory Data Analysis

Data Scrubbing

Pre-Model Algorithms

Split Validation

Model Design

Linear Regression

Logistic Regression

Support Vector Machines

K-Nearest Neighbors

Tree-Based Methods

Conclusion

Appendix

Quiz