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  • Machine Learning and Data Science using Python for Beginners.

Hi.. Hello and welcome to my new course, Machine Learning with Python for Dummies. We will discuss about the overview of the course and the contents included in this course.

 

Artificial Intelligence, Machine Learning and Deep Learning Neural Networks are the most used terms now a days in the technology world. It’s also the most mis-understood and confused terms too.

 

Artificial Intelligence is a broad spectrum of science which tries to make machines intelligent like humans. Machine Learning and Neural Networks are two subsets that comes under this vast machine learning platform

 

Let’s check what machine is learning now. Just like we human babies, we were actually in our learning phase then. We learned how to crawl, stand, walk, then speak words, then make simple sentences. We learned from our experiences. We had many trials and errors before we learned how to walk and talk. The best trials for walking and talking which gave positive results were kept in our memory and made use later. This process is highly compared to a Machine Learning Mechanism

 

Then we grew young and started thinking logically about many things, had emotional feelings, etc. We kept on thinking and found solutions to problems in our daily life. That's what the Deep Learning Neural Network Scientists are trying to achieve. A thinking machine.

 

But in this course we are focusing mainly in Machine Learning. Throughout this course, we are preparing our machine to make it ready for a prediction test. It’s Just like how you prepare for your Mathematics Test in school or college.  We learn and train ourselves by solving the most possible number of similar mathematical problems. Let’s call these sample data of similar problems and their solutions as the 'Training Input' and 'Training Output' Respectively. And then the day comes when we have the actual test. We will be given new set of problems to solve, but very similar to the problems we learned, and based on the previous practice and learning experiences, we have to solve them. We can call those problems as 'Testing Input' and our answers as 'Predicted Output'. Later, our professor will evaluate these answers and compare it with its actual answers, we call the actual answers as 'Test Output'. Then a mark will be given on basis of the correct answers. We call this mark as our 'Accuracy'. The life of a machine learning engineer and a data-scientist is dedicated to make this accuracy as good as possible through different techniques and evaluation measures.

 

Here are the major topics that are included in this course. We are using Python as our programming language. Python is a great tool for the development of programs which perform data analysis and prediction. It has tons of classes and features which perform the complex mathematical analysis and give solutions in simple one or two lines of code so that we don't have to be a statistic genius or mathematical Nerd to learn data science and machine learning. Python really makes things easy.

 

These are the main topics that are included in our course

 

System and Environment preparation

-----------------------------------

Installing Python and Required Libraries (Anaconda)

 

Basics of python and sci-py

---------------------------

Python, Numpy , Matplotlib and Pandas Quick Courses

 

Load data set from csv / url

-----------------------------

Load CSV data with Python, NumPY and Pandas

 

Summarize data with description

--------------------------------

Peeking data, Data Dimensions, Data Types, Statistics, Class Distribution, Attribute Correlations, Univariate Skew

 

Summarize data with visualization

-----------------------------------

Univariate, Multivariate Plots

 

Prepare data

-------------

Data Transforms, Rescaling, Standardizing, Normalizing and Binarization

 

Feature selection – Automatic selection techniques

-----------------------------------

Univariate Selection, Recursive Feature Elimination, Principle Component Analysis and Feature Importance

 

Machine Learning Algorithm Evaluation

-----------------------------------

Train and Test Sets, K-fold Cross Validation, Leave One Out Cross Validation, Repeated Random Test-Train Splits.

 

Algorithm Evaluation Metrics

-----------------------------

Classification Metrics - Classification Accuracy, Logarithmic Loss, Area Under ROC Curve, Confusion Matrix, Classification Report.

Regression Metrics - Mean Absolute Error, Mean Squared Error, R 2.

 

Spot-Checking Classification Algorithms

-----------------------------------

Linear Algorithms -  Logistic Regression, Linear Discriminant Analysis.

Non-Linear Algorithms - k-Nearest Neighbours, Naive Bayes, Classification and Regression Trees, Support Vector Machines.

 

Spot-Checking Regression Algorithms

-----------------------------------

Linear Algorithms -   Linear Regression, Ridge Regression, LASSO Linear Regression and Elastic Net Regression.

Non-Linear Algorithms - k-Nearest Neighbours, Classification and Regression Trees, Support Vector Machines.

 

Choose the Best Machine Learning Model

-----------------------------------

Compare Logistic Regression, Linear Discriminant Analysis, k-Nearest Neighbours, Classification and Regression Trees, Naive Bayes, Support Vector Machines.

 

Automate and Combine Workflows with Pipeline

-----------------------------------

Data Preparation and Modelling Pipeline

Feature Extraction and Modelling Pipeline

 

Performance Improvement with Ensembles

-----------------------------------

Voting Ensemble

Bagging: Bagged Decision Trees, Random Forest, Extra Trees

Boosting: AdaBoost, Gradient Boosting

 

Performance Improvement with Algorithm Parameter Tuning

--------------------------------------------------------

Grid Search Parameter

Random Search Parameter Tuning

 

Save and Load (serialize and deserialize) Machine Learning Models

-----------------------------------

Using pickle

Using Joblib

 

finalize a machine learning project

-----------------------------------

steps For Finalizing classification models - pima indian dataset

Dealing with imbalanced class problem

steps For Finalizing multi class models - iris flower dataset

steps For Finalizing regression models - boston housing dataset

 

Predictions and Case Studies

----------------------------

Case study 1: predictions using the Pima Indian Diabetes Dataset

Case study: Iris Flower Multi Class Dataset

Case study 2: the Boston Housing cost Dataset

 

Machine Learning and Data Science is the most lucrative job in the technology arena now a days. Learning this course will make you equipped to compete in this area.

 

Best wishes with your learning. See you soon in the class room.

  • A medium configuration computer and the willingness to indulge in the world of Machine Learning.
  • Beginners who are interested in Machine Learning using Python.
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  • Section 1 : Course Overview _ Table of Contents. 1 Lectures 00:09:08

    • Lecture 1 :
    • Course Overview _ Table of Contents. Preview
  • Section 2 : Introduction to Machine Learning. 2 Lectures 00:10:31

    • Lecture 1 :
    • Introduction to Machine Learning - Part 1 - Concepts , Definitions and Types.
    • Lecture 2 :
    • Introduction to Machine Learning - Part 2 - Classifications and Applications.
  • Section 3 : System and Environment preparation. 2 Lectures 00:14:04

    • Lecture 1 :
    • System and Environment preparation -Part 1
    • Lecture 2 :
    • System and Environment preparation -Part 2
  • Section 4 : Learn Basics of python. 4 Lectures 00:35:16

    • Lecture 1 :
    • Learn Basics of python - Assignment.
    • Lecture 2 :
    • Learn Basics of python - Flow Control.
    • Lecture 3 :
    • Learn Basics of python - Functions.
    • Lecture 4 :
    • Learn Basics of python - Data Structures.
  • Section 5 : Learn Basics of NumPy. 3 Lectures 00:18:17

    • Lecture 1 :
    • Learn Basics of NumPy - NumPy Array.
    • Lecture 2 :
    • Learn Basics of NumPy - NumPy Data.
    • Lecture 3 :
    • Learn Basics of NumPy - NumPy Arithmetic.
  • Section 6 : Learn Basics of Matplotlib. 1 Lectures 00:07:06

    • Lecture 1 :
    • Learn Basics of Matplotlib.
  • Section 7 : Learn Basics of Pandas. 2 Lectures 00:12:47

    • Lecture 1 :
    • Learn Basics of Pandas - Part 1
    • Lecture 2 :
    • Learn Basics of Pandas - Part 2
  • Section 8 : Understanding the CSV data file. 1 Lectures 00:08:55

    • Lecture 1 :
    • Understanding the CSV data file.
  • Section 9 : Load and Read CSV data file. 3 Lectures 00:18:08

    • Lecture 1 :
    • Load and Read CSV data file using Python Standard Library.
    • Lecture 2 :
    • Load and Read CSV data file using NumPy.
    • Lecture 3 :
    • Load and Read CSV data file using Pandas.
  • Section 10 : Dataset Summary. 4 Lectures 00:35:44

    • Lecture 1 :
    • Dataset Summary - Peek, Dimensions and Data Types.
    • Lecture 2 :
    • Dataset Summary - Class Distribution and Data Summary.
    • Lecture 3 :
    • Dataset Summary - Explaining Correlation.
    • Lecture 4 :
    • Dataset Summary - Explaining Skewness - Gaussian and Normal Curve.
  • Section 11 : Dataset Visualization. 3 Lectures 00:17:18

    • Lecture 1 :
    • Dataset Visualization - Using Histograms.
    • Lecture 2 :
    • Dataset Visualization - Using Density Plots.
    • Lecture 3 :
    • Dataset Visualization - Box and Whisker Plots.
  • Section 12 : Multivariate Dataset Visualization. 2 Lectures 00:13:23

    • Lecture 1 :
    • Multivariate Dataset Visualization - Correlation Plots.
    • Lecture 2 :
    • Multivariate Dataset Visualization - Scatter Plots.
  • Section 13 : Data Preparation. 6 Lectures 00:42:57

    • Lecture 1 :
    • Data Preparation (Pre-Processing) - Introduction.
    • Lecture 2 :
    • Data Preparation - Re-scaling Data - Part 2.
    • Lecture 3 :
    • Data Preparation - Standardizing Data - Part 1.
    • Lecture 4 :
    • Data Preparation - Standardizing Data - Part 2.
    • Lecture 5 :
    • Data Preparation - Normalizing Data.
    • Lecture 6 :
    • Data Preparation - Binarizing Data.
  • Section 14 : Feature Selection. 6 Lectures 00:52:07

    • Lecture 1 :
    • Feature Selection - Introduction.
    • Lecture 2 :
    • Feature Selection - Uni-variate Part 1 - Chi-Squared Test.
    • Lecture 3 :
    • Feature Selection - Uni-variate Part 2 - Chi-Squared Test.
    • Lecture 4 :
    • Feature Selection - Recursive Feature Elimination.
    • Lecture 5 :
    • Feature Selection - Principal Component Analysis (PCA).
    • Lecture 6 :
    • Feature Selection - Feature Importance.
  • Section 15 : Refresher Session - The Mechanism of Re-sampling, Training and Testing. 1 Lectures 00:12:04

    • Lecture 1 :
    • Refresher Session - The Mechanism of Re-sampling, Training and Testing.
  • Section 16 : Algorithm Evaluation Techniques. 15 Lectures 01:32:49

    • Lecture 1 :
    • Algorithm Evaluation Techniques - Introduction.
    • Lecture 2 :
    • Algorithm Evaluation Techniques - Train and Test Set.
    • Lecture 3 :
    • Algorithm Evaluation Techniques - K-Fold Cross Validation.
    • Lecture 4 :
    • Algorithm Evaluation Techniques - Leave One Out Cross Validation.
    • Lecture 5 :
    • Algorithm Evaluation Techniques - Repeated Random Test-Train Splits.
    • Lecture 6 :
    • Algorithm Evaluation Metrics - Introduction.
    • Lecture 7 :
    • Algorithm Evaluation Metrics - Classification Accuracy.
    • Lecture 8 :
    • Algorithm Evaluation Metrics - Log Loss.
    • Lecture 9 :
    • Algorithm Evaluation Metrics - Area Under ROC Curve.
    • Lecture 10 :
    • Algorithm Evaluation Metrics - Confusion Matrix.
    • Lecture 11 :
    • Algorithm Evaluation Metrics - Classification Report.
    • Lecture 12 :
    • Algorithm Evaluation Metrics - Mean Absolute Error - Dataset Introduction.
    • Lecture 13 :
    • Algorithm Evaluation Metrics - Mean Absolute Error.
    • Lecture 14 :
    • Algorithm Evaluation Metrics - Mean Square Error.
    • Lecture 15 :
    • Algorithm Evaluation Metrics - R Squared.
  • Section 17 : Classification Algorithm Spot Check. 6 Lectures 00:32:32

    • Lecture 1 :
    • Classification Algorithm Spot Check - Logistic Regression.
    • Lecture 2 :
    • Classification Algorithm Spot Check - Linear Discriminant Analysis.
    • Lecture 3 :
    • Classification Algorithm Spot Check - K-Nearest Neighbors.
    • Lecture 4 :
    • Classification Algorithm Spot Check - Naive Bayes.
    • Lecture 5 :
    • Classification Algorithm Spot Check - CART.
    • Lecture 6 :
    • Classification Algorithm Spot Check - Support Vector Machines.
  • Section 18 : Regression Algorithm Spot Check. 7 Lectures 00:29:56

    • Lecture 1 :
    • Regression Algorithm Spot Check - Linear Regression.
    • Lecture 2 :
    • Regression Algorithm Spot Check - Ridge Regression.
    • Lecture 3 :
    • Regression Algorithm Spot Check - LASSO Linear Regression.
    • Lecture 4 :
    • Regression Algorithm Spot Check - Elastic Net Regression.
    • Lecture 5 :
    • Regression Algorithm Spot Check - K-Nearest Neighbors.
    • Lecture 6 :
    • Regression Algorithm Spot Check - CART.
    • Lecture 7 :
    • Regression Algorithm Spot Check - Support Vector Machines (SVM).
  • Section 19 : Compare Algorithms, Choosing the best Machine Learning Model. 2 Lectures 00:13:57

    • Lecture 1 :
    • Compare Algorithms - Part 1 Choosing the best Machine Learning Model.
    • Lecture 2 :
    • Compare Algorithms - Part 2 Choosing the best Machine Learning Model.
  • Section 20 : Pipelines Data Preparation and Data Modelling. 1 Lectures 00:10:56

    • Lecture 1 :
    • Pipelines Data Preparation and Data Modelling.
  • Section 21 : Pipelines Feature Selection and Data Modelling. 1 Lectures 00:09:35

    • Lecture 1 :
    • Pipelines Feature Selection and Data Modelling.
  • Section 22 : Performance Improvement Ensembles. 5 Lectures 00:33:28

    • Lecture 1 :
    • Performance Improvement Ensembles - Voting.
    • Lecture 2 :
    • Performance Improvement Ensembles - Bagging.
    • Lecture 3 :
    • Performance Improvement Ensembles - Boosting.
    • Lecture 4 :
    • Performance Improvement Parameter Tuning using Grid Search.
    • Lecture 5 :
    • Performance Improvement Parameter Tuning using Random Search.
  • Section 23 : Export, Save and Load Machine Learning Models. 2 Lectures 00:15:33

    • Lecture 1 :
    • Export, Save and Load Machine Learning Models Pickle.
    • Lecture 2 :
    • Export, Save and Load Machine Learning Models Joblib.
  • Section 24 : Finalizing a Model - Introduction and Steps. 1 Lectures 00:06:39

    • Lecture 1 :
    • Finalizing a Model - Introduction and Steps.
  • Section 25 : Finalizing a Classification Model - The Pima Indian Diabetes Dataset. 1 Lectures 00:06:45

    • Lecture 1 :
    • Finalizing a Classification Model - The Pima Indian Diabetes Dataset.
  • Section 26 : Quick Session Imbalanced Data Set - Issue Overview and Steps. 1 Lectures 00:08:35

    • Lecture 1 :
    • Quick Session Imbalanced Data Set - Issue Overview and Steps.
  • Section 27 : Iris Dataset Finalizing Multi-Class Dataset. 1 Lectures 00:09:15

    • Lecture 1 :
    • Iris Dataset Finalizing Multi-Class Dataset.
  • Section 28 : Finalizing a Regression Model - The Boston Housing Price Dataset. 1 Lectures 00:08:16

    • Lecture 1 :
    • Finalizing a Regression Model - The Boston Housing Price Dataset.
  • Section 29 : Real-time Predictions Using. 3 Lectures 00:18:10

    • Lecture 1 :
    • Real-time Predictions Using the Pima Indian Diabetes Classification Model.
    • Lecture 2 :
    • Real-time Predictions Using Iris Flowers Multi-Class Classification Dataset.
    • Lecture 3 :
    • Real-time Predictions Using the Boston Housing Regression Model.
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I am a pioneering, talented and security-oriented Android/iOS Mobile and PHP/Python Web Developer Application Developer offering more than eight years’ overall IT experience which involves designing, implementing, integrating, testing and supporting impact-full web and mobile applications. I am a Post Graduate Masters Degree holder in Computer Science and Engineering. My experience with PHP/Python Programming is an added advantage for server-based Android and iOS Client Applications. I am currently serving full-time as a Senior Solution Architect managing my client's projects from start to finish to ensure high-quality, innovative and functional design.
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