Machine Learning In Python - Complete Course & Projects
Last updated 7/2023
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz
Language: English | Size: 1.35 GB | Duration: 4h 46m
Last updated 7/2023
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz
Language: English | Size: 1.35 GB | Duration: 4h 46m
Learn Machine Learning Algorithms and their Python Implementations. Learn the core concepts in Machine Learning.
What you'll learn
Learn Data Science
Learn the theories behind the Machine Learning Algorithms
Learn applying the Machine Learning Algorithms in Python
Learn feature engineering
Learn Python fundamentals
Learn Data Analysis
Requirements
No requirements. Just willingness to learn is enough.
Description
Welcome to the Machine Learning in Python - Theory and Implementation 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 isPython FundamentalsPandas LibraryFeature EngineeringEvaluation of Model PerformancesSupervised vs Unsupervised LearningMachine Learning AlgorithmsThe 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.
Overview
Section 1: Helpful Statistics Concepts (Optional)
Lecture 1 General Concepts in Statistics
Lecture 2 Mean - Mode - Median
Lecture 3 Mean - Mode - Median Calculation Practice
Lecture 4 Standard Deviation - Variance
Lecture 5 Standard Deviation - Variance Calculation Practice
Lecture 6 Confidence Interval
Lecture 7 Confidence Interval Practice
Section 2: Pandas
Lecture 8 Pandas part 1
Lecture 9 Pandas part 2
Lecture 10 Pandas Coding 1
Lecture 11 Pandas Coding 2
Section 3: Numpy
Lecture 12 Numpy - Introduction to Arrays
Lecture 13 Array Indexing
Lecture 14 Array Slicing and Array Iterating
Section 4: Feature Engineering
Lecture 15 Feature Scaling
Lecture 16 Feature Scaling in Python
Lecture 17 Label Encoding
Lecture 18 One Hot Encoding
Lecture 19 Outlier Detection
Section 5: Evaluation of the Model Performances
Lecture 20 Train-Test Split
Lecture 21 MSE - RMSE
Lecture 22 Confusion Matrix - Accuracy Score
Section 6: Machine Learning - Supervised vs Unsupervised
Lecture 23 Supervised vs Unsupervised Machine Learning
Section 7: Data Set Analysis & Feature Engineering for Regression Tasks
Lecture 24 Data Set
Lecture 25 EDA
Lecture 26 Feature Engineering
Section 8: Data Set Analysis & Feature Engineering for Classification Tasks
Lecture 27 Data Set
Lecture 28 EDA
Lecture 29 Feature Engineering
Section 9: Supervised Learning
Lecture 30 Linear Regression
Lecture 31 Linear Regression 2
Lecture 32 Linear Regression 3
Lecture 33 Linear Regression Coding
Lecture 34 Logistic Regression
Lecture 35 Logistic Regression Coding
Lecture 36 K Nearest Neighbors
Lecture 37 K-Nearest Neighbors Coding (Elbow Method)
Lecture 38 K-Nearest Neighbors Coding
Lecture 39 Support Vector Machines
Lecture 40 Support Vector Classifier Coding
Lecture 41 Support Vector Regression Coding
Lecture 42 Decision Tree
Lecture 43 Decision Tree Coding
Lecture 44 Random Forest
Lecture 45 Random Forest Regression Coding
Lecture 46 Random Forest Classification Coding
Section 10: Unsupervised Learning
Lecture 47 K-means Clustering
Lecture 48 K-means Clustering Coding
Section 11: Lets apply what we learned - Machine Learning Project: Classification
Lecture 49 Data Set
Lecture 50 Data Analysis
Lecture 51 Data Analysis II & Feature Engineering
Lecture 52 Machine Learning
Section 12: Lets apply what we learned - Machine Learning Project: Regression
Lecture 53 Data Set
Lecture 54 Data Analysis
Lecture 55 Feature Engineering
Lecture 56 Machine Learning
Section 13: Bonus Section
Lecture 57 bonus lecture
People who wants to learn Machine Learning,People who wants to learn Python