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Learn Machine Learning Algorithms and their Python Implementations for your Data Science career.

What you will learn

Learn the theories behind the Machine Learning Algorithms

Learn applying the Machine Learning Algorithms in Python

Learn feature engineering

Learn Python fundamentals

Description

Welcome to the Machine Learning in Python – From A to Z course. This course aims to teach students the machine learning algorithms by simplfying how they work on theory and the application of the machine learning algorithms in Python. Course starts with the basics of Python and after that machine learning concepts like evaluation metrics or feature engineering topics are covered in the course. Lastly machine learning algorithms are covered. By taking this course you are going to have the knowledge of how machine learning algorithms work and you are going to be able to apply the machine learning algorithms in Python. We are going to be covering python fundamentals, pandas, feature engineering, machine learning evaluation metrics, train test split and machine learning algorithms in this course. Course outline is


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  • Python Fundamentals
  • Pandas Library
  • Feature Engineering
  • Evaluation of Model Performances
  • Supervised vs Unsupervised Learning
  • Machine Learning Algorithms

The machine learning algorithms that are going to be covered in this course is going to be Linear Regression, Logistic Regression, K-Nearest Neighbors, Support Vector Machines, Decision Tree, Random Forests and K-Means Clustering. If you are interested in Machine Learning and want to learn the algorithms theories and implementations in Python you can enroll into the course. You can always ask questions from course Q&A section. Thanks for reading the course description, have a nice day.

English
language

Content

Python Fundamentals

Print & Comments
Variables part 1
Variables part 2
Data types part 1
Data types part 2
Operators
If Statements
Loops
Functions

Pandas

Pandas
Pandas 2
Pandas 3

Feature Engineering

Feature Scaling
Feature Scaling in Python
Label Encoding
One Hot Encoding
Outlier Detection

Evaluation of the model performances

Train-Test Split
MSE – RMSE
Confusion Matrix – Accuracy Score

Machine Learning – Supervised vs Unsupervised

Supervised vs Unsupervised Machine Learning

Data set we are going to use in regression tasks

EDA
Feature Engineering

Data set we are going to use in classification algorithms

EDA
Feature Engineering

Linear Regression

Linear Regression
Linear Regression 2
Linear Regression 3
Linear Regression Coding

Logistic Regression

Logistic Regression
Logistic Regression Coding

K Nearest Neighbors

K Nearest Neighbors
K-Nearest Neighbors Coding (Elbow Method)
K-Nearest Neighbors Coding

Support Vector Machines

Support Vector Machines
Support Vector Regression Coding

Decision Tree

Decision Tree

Random Forest

Random Forest
Random Forest Regression

Finding the best performing algorithm

About this section
For regression data
For classification data
Classification part 2

K-means Clustering

K-means Clustering