
Explain machine learning basics, differentiate supervised and unsupervised learning, compare linear and logistic regression with regularization, and outline Python basics, data import, and model training.
Explore multiclass classification and the one versus all approach, illustrated with examples like email filtering and weather categories, showing how each class is trained against the rest.
Explore variables in Python and how they store temporary data. Learn types like float for decimals, integer for whole numbers, string for text, and boolean for true or false.
Demonstrate type conversion by turning user input from string to integer to compute age, and show how to handle errors when mixing integer and string types.
Learn how to create and use a formatted string in Python, combining first and last names into a full name using format strings and string formatting techniques.
Master how to use Python maths functions from the math module, including round, floor, ceiling, and abs, with practical examples.
Master nested loops in Python by building a loop inside a loop to generate coordinate pairs, using for loops with range and print to format x, y outputs.
Explore two dimensional lists in Python by treating a matrix as a list of lists, accessing and modifying elements, and printing all items using a nested loop.
Explore Python unpacking by assigning x, y, z from a coordinates list and printing results to see values one, two, three.
Explore how parameters pass information to functions, distinguish between the print function and user-defined functions, and use arguments to customize greetings with first and last names.
Explore the distinction between position and keyword arguments in Python, learning how keyword arguments improve readability by clearly labeling parameters like first name and last name.
Learn how to use Python comments to remind yourself of assumptions and reasons for steps, while avoiding unnecessary or repetitive notes that clutter the code.
Explore a quick Python variable review: define x, y, z with different types, print their types, and learn variable naming rules, case sensitivity, underscores, and multi-variable assignments.
Steps of Machine Learning that you Will learn:
Import the data.
Split data into Training & Test.
Create a Model.
Train The Model.
Make Predictions.
Evaluate and improve.
Machine Learning Course Contents:
What is Machine Learning - Types of Machine Learning (Supervised & Unsupervised).
Linear Regression with One Variable.
Linear Regression with One Variable (Cost Function - Gradient Descent).
Linear Regression with Multiple Variable.
Logistic Regression (Classification).
Logistic Regression (Cost Function - Gradient Descent).
Logistic Regression (Multiclass).
Regularization Overfitting.
Regularization (Linear and Logistic Regression).
Neural Network Overview.
Neural Network (Cost Function).
Advice for Applying Machine Leaning.
Machine Learning Project 1
Machine Learning Project 2
Python Basics Course Contents:
How to print
Variables
Receive Input from User
Type Conversion
String
Formatted String
String Methods
Arithmetic Operations
Math Functions
If Statement
Logical Operators
Comparison Operators
While
For Loops
Nested Loops
List
2D List
List Methods
Tuples
Unpacking
Dictionaries
Functions
Parameters
Keyword Arguments
Return Statement
Try - Except
Comments
Classes
Notes:
You will Learn the basics of Machine Learning.
You will learn the basics of python.
You will need to setup Anaconda.
You will need to setup python & PyCharm
This course is considered as first step for the Machine Learning.
You can ask anytime.
No Programming Experience Needed for this course.
Python for Data Science and Machine Learning is a great course that you can take to learn the implementation of ML models in Python.
This course considered as step one in the Machine Leaning, You will learn the concept of the Machine Learning with python basics.