Machine Learning Concepts and Application of ML using Python
This Course Designed for
Learn core concepts of Machine Learning. Apply ML techniques to real-world
problems and develop AI/ML-based applications
Objective: Learning basic concepts
of various machine learning methods is a primary objective of this course. This a course specifically make student able to learn mathematical concepts, and
algorithms used in machine learning techniques for solving real-world problems
and developing new applications based on machine learning.
Course Outcomes: After completion of this
course, student will be able to:
1. Apply machine learning techniques on
real-world problem or to develop AI-based application
2. Analyze and Implement Regression
techniques
3. Solve and Implement solution of
Classification problem
4. Understand and implement Unsupervised
learning algorithms
Topics
·
Introduction of Python for ML, Python
modules for ML, Dataset, Apply Algorithms on datasets, Result Analysis from
dataset, Future Scope of ML.
·
What is Machine Learning, Basic
Terminologies of Machine Learning, Applications of ML, different Machine
learning techniques, Difference between Data Mining and Predictive Analysis,
Tools and Techniques of Machine Learning.
·
Supervised Learning, Unsupervised Learning,
Reinforcement Learning. Machine Learning Lifecycle.
·
Classification: K-Nearest Neighbor,
Decision Trees, Regression: Model Representation, Linear Regression.
·
Clustering: K-Means
Clustering, Hierarchical clustering, Density-Based Clustering.
Detailed Syllabus of
Machine Learning Course
1. Linear Algebra
· Basics
of Linear Algebra
· Applying
Linear Algebra to solve problems
2. Python Programming
· Introduction
to Python
· Python
data types
· Python
operators
· Advanced
data types
· Writing
simple Python program
· Python
conditional statements
· Python
looping statements
· Break
and Continue keywords in Python
· Functions
in Python
· Function
arguments and Function required arguments
· Default
arguments
· Variable
arguments
· Build-in
functions
· Scope
of variables
· Python
Math module
· Python
Matplotlib module
· Building
basic GUI application
· NumPy
basics
· File
system
· File
system with statement
· File a system with reading and writing
· Random
module basics
· Pandas
basics
· Matplotlib
basics
· Building
Age Calculator app
3. Machine Learning
Basics
· Get
introduced to Machine Learning basics
· Machine
Learning basics in detail
4. Types of Machine
Learning
· Get
introduced to Machine Learning types
· Types
of Machine Learning in detail
5. Multiple Regression
6. KNN Algorithm
· KNN
intro
· KNN algorithm
· Introduction
to Confusion Matrix
· Splitting
dataset using TRAINTESTSPLIT
7. Decision Trees
· Introduction
to Decision Tree
· Decision
Tree algorithms
8. Unsupervised Learning
· Introduction
to Unsupervised Learning
· Unsupervised
Learning algorithms
· Applying
Unsupervised Learning
9. AHC Algorithm
10. K-means Clustering
· Introduction
to K-means clustering
· K-means
clustering algorithms in detail
11. DBSCAN
· Introduction
to DBSCAN algorithm
· Understand
DBSCAN algorithm in detail
· DBSCAN program
What you Learn from this Course?
- Learn the A-Z of Machine
Learning from scratch
- Build your career in Machine
Learning, Deep Learning, and Data Science
- Become a top Machine Learning
engineer
- Core concepts of various
Machine Learning methods
- Mathematical concepts and
algorithms used in Machine Learning techniques
- Solve real-world problems using
Machine Learning
- Develop new applications based
on Machine Learning
- Apply machine learning
techniques on a real-world problem or to develop AI-based application
- Analyze and implement
Regression techniques
- Linear Algebra basics
- A-Z of Python Programming and
its application in Machine Learning
- Python programs, Matplotlib,
NumPy, basic GUI application
- File system, Random module,
Pandas
- Build Age Calculator app using
Python
- Machine Learning basics
- Types of Machine Learning and
their application in real-life scenarios
- Supervised Learning -
Classification and Regression
- Multiple Regression
- KNN algorithm, Decision Tree
algorithms
- Unsupervised Learning concepts
& algorithms
- AHC algorithm
- K-means clustering & DBSCAN
algorithm and program
- Solve and implement solutions
of Classification problem
- Understand and implement
Unsupervised Learning algorithms
Who can Enroll in this
Course?
- Machine Learning Engineers & Artificial
Intelligence Engineers
- Data Scientists & Data Engineers
- Newbies and Beginners aspiring for a career in Data
Science and Machine Learning
- Machine Learning SMEs & Specialists
- Anyone (with or without data background) who wants to
become a top ML engineer and/or Data Scientist
- Data Analysts and Data Consultants
- Data Visualization and Business Intelligence
Developers/Analysts
- CEOs, CTOs, CMOs of any size organizations
- Software Programmers and Application Developers
- Senior Machine Learning and Simulation Engineers
- Machine Learning Researchers - NLP, Python, Deep
Learning
- Deep Learning and Machine Learning enthusiasts
- Machine Learning Specialists
- Machine Learning Research Engineers - Healthcare,
Retail, any sector
- Python Developers, Machine Learning, IoT, AirFlow,
MLflow, Kubef
- Computer Vision / Deep Learning Engineers - Python
What will Requirement for this Course?
- Enthusiasm and determination to make your mark on the world!
How can Learn Course
this Course?
1.
Create
Account / Login on Udemy.com
2.
Learn
Course by Enroll in this Course
Coupon Code for This Course: ML_FULL_UPLATZ
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