Complete Data Science Training With Python For Data Analysis

Beginners python data analytics : Data science introduction : Learn data science : Python data analysis methods tutorial

Last updated 2022-01-10 | 4.6

- Python data analytics - Install Anaconda & Work Within The iPytjhon/Jupyter Environment
- A Powerful Framework For Data Science Analysis
- Python Data Science - Become Proficient In Using The Most Common Python Data Science Packages Including Numpy
- Pandas
- Scikit & Matplotlib
- Data analysis techniques - Be Able To Read In Data From Different Sources (Including Webpage Data) & Clean The Data

What you'll learn

Python data analytics - Install Anaconda & Work Within The iPytjhon/Jupyter Environment
A Powerful Framework For Data Science Analysis
Python Data Science - Become Proficient In Using The Most Common Python Data Science Packages Including Numpy
Pandas
Scikit & Matplotlib
Data analysis techniques - Be Able To Read In Data From Different Sources (Including Webpage Data) & Clean The Data
Data analytics - Carry Out Data Exploratory & Pre-processing Tasks Such As Tabulation
Pivoting & Data Summarizing In Python
Become Proficient In Working With Real Life Data Collected From Different Sources
Carry Out Data Visualization & Understand Which Techniques To Apply When
Carry Out The Most Common Statistical Data Analysis Techniques In Python Including T-Tests & Linear Regression
Understand The Difference Between Machine Learning & Statistical Data Analysis
Implement Different Unsupervised Learning Techniques On Real Life Data
Implement Supervised Learning (Both In The Form Of Classification & Regression) Techniques On Real Data
Evaluate The Accuracy & Generality Of Machine Learning Models
Build Basic Neural Networks & Deep Learning Algorithms
Use The Powerful H2o Framework For Implementing Deep Neural Networks

* Requirements

* Be Able To Use PC At A Beginner Level
* Including Being Able To Install Programs
* A Desire To Learn Data Science
* Prior Knowledge Of Python Will Be Useful But NOT Necessary

Description

  • Python data analytics - Install Anaconda & Work Within The iPytjhon/Jupyter Environment, A Powerful Framework For Data Science Analysis
  • Python Data Science - Become Proficient In Using The Most Common Python Data Science Packages Including Numpy, Pandas, Scikit & Matplotlib
  • Data analysis techniques - Be Able To Read In Data From Different Sources (Including Webpage Data) & Clean The Data
  • Data analytics - Carry Out Data Exploratory & Pre-processing Tasks Such As Tabulation, Pivoting & Data Summarizing In Python
  • Become Proficient In Working With Real Life Data Collected From Different Sources
  • Carry Out Data Visualization & Understand Which Techniques To Apply When
  • Carry Out The Most Common Statistical Data Analysis Techniques In Python Including T-Tests & Linear Regression
  • Understand The Difference Between Machine Learning & Statistical Data Analysis
  • Implement Different Unsupervised Learning Techniques On Real Life Data
  • Implement Supervised Learning (Both In The Form Of Classification & Regression) Techniques On Real Data
  • Evaluate The Accuracy & Generality Of Machine Learning Models
  • Build Basic Neural Networks & Deep Learning Algorithms
  • Use The Powerful H2o Framework For Implementing Deep Neural Networks

Course content

13 sections • 128 lectures

What is Data Science? Preview 03:37

Introduction to the Course & Instructor Preview 11:34

Data For the Course Preview 00:03

Introduction to the Python Data Science Tool Preview 10:57

For Mac Users Preview 04:05

Introduction to the Python Data Science Environment Preview 19:15

Some Miscellaneous IPython Usage Facts Preview 05:25

Online iPython Interpreter Preview 03:26

Conclusion to Section 1 Preview 02:36

Rationale Behind This Section Preview 00:17

Different Types of Data Used in Statistical & ML Analysis Preview 03:37

Different Types of Data Used Programatically Preview 03:46

Python Data Science Packages To Be Used Preview 03:16

Conclusions to Section 2 Preview 01:59

Numpy: Introduction Preview 03:46

Create Numpy Arrays Preview 10:51

Numpy Operations Preview 16:48

Matrix Arithmetic and Linear Systems Preview 07:34

Numpy for Basic Vector Arithmetric Preview 06:16

Numpy for Basic Matrix Arithmetic Preview 06:32

Broadcasting with Numpy Preview 03:52

Solve Equations with Numpy Preview 05:04

Numpy for Statistical Operation Preview 07:23

Conclusion to Section 3 Preview 02:24

Section 3 Quiz

Data Structures in Python Preview 12:06

Read in Data Preview 00:07

Read in CSV Data Using Pandas Preview 05:42

Read in Excel Data Using Pandas Preview 05:31

Reading in JSON Data Preview 03:09

Read in HTML Data Preview 12:06

Conclusion to Section 4 Preview 02:06

Rationale behind this section Preview 04:19

Removing NAs/No Values From Our Data Preview 10:28

Basic Data Handling: Starting with Conditional Data Selection Preview 05:24

Drop Column/Row Preview 04:42

Subset and Index Data Preview 09:44

Basic Data Grouping Based on Qualitative Attributes Preview 09:47

Crosstabulation Preview 04:54

Reshaping Preview 09:26

Pivoting Preview 08:30

Rank and Sort Data Preview 08:03

Concatenate Preview 08:16

Merging and Joining Data Frames Preview 10:47

Conclusion to Section 5 Preview 02:06

What is Data Visualization? Preview 09:33

Some Theoretical Principles Behind Data Visualization Preview 06:46

Histograms-Visualize the Distribution of Continuous Numerical Variables Preview 12:13

Boxplots-Visualize the Distribution of Continuous Numerical Variables Preview 05:54

Scatter Plot-Visualize the Relationship Between 2 Continuous Variables Preview 11:57

Barplot Preview 22:25

Pie Chart Preview 05:29

Line Chart Preview 12:31

Conclusions to Section 6 Preview 02:14

What is Statistical Data Analysis? Preview 10:08

Some Pointers on Collecting Data for Statistical Studies Preview 08:38

Some Pointers on Exploring Quantitative Data Preview 00:20

Explore the Quantitative Data: Descriptive Statistics Preview 09:05

Grouping & Summarizing Data by Categories Preview 10:25

Visualize Descriptive Statistics-Boxplots Preview 05:28

Common Terms Relating to Descriptive Statistics Preview 05:15

Data Distribution- Normal Distribution Preview 04:07

Check for Normal Distribution Preview 06:23

Standard Normal Distribution and Z-scores Preview 04:10

Confidence Interval-Theory Preview 06:06

Confidence Interval-Calculation Preview 05:20

Conclusions to Section 7 Preview 01:28

What is Hypothesis Testing? Preview 05:42

Test the Difference Between Two Groups Preview 07:30

Test the Difference Between More Than Two Groups Preview 10:55

Explore the Relationship Between Two Quantitative Variables Preview 04:25

Correlation Analysis Preview 08:26

Linear Regression-Theory Preview 10:44

Linear Regression-Implementation in Python Preview 11:18

Conditions of Linear Regression Preview 01:37

Conditions of Linear Regression-Check in Python Preview 12:03

Polynomial Regression Preview 03:53

GLM: Generalized Linear Model Preview 05:25

Logistic Regression Preview 11:10

Conclusions to Section 8 Preview 01:52

Section 8 Quiz

How is Machine Learning Different from Statistical Data Analysis? Preview 05:36

What is Machine Learning (ML) About? Some Theoretical Pointers Preview 05:32

Unsupervised Classification- Some Basic Ideas Preview 01:38

KMeans-theory Preview 02:31

KMeans-implementation on the iris data Preview 08:01

Quantifying KMeans Clustering Performance Preview 03:53

KMeans Clustering with Real Data Preview 04:16

How Do We Select the Number of Clusters? Preview 05:38

Hierarchical Clustering-theory Preview 04:10

Hierarchical Clustering-practical Preview 09:19

Principal Component Analysis (PCA)-Theory Preview 02:37

Principal Component Analysis (PCA)-Practical Implementation Preview 03:52

Conclusions to Section 10 Preview 02:08

What is This Section About? Preview 10:10

Data Preparation for Supervised Learning Preview 09:47

Pointers on Evaluating the Accuracy of Classification and Regression Modelling Preview 09:42

Using Logistic Regression as a Classification Model Preview 08:26

RF-Classification Preview 12:02

RF-Regression Preview 09:20

SVM- Linear Classification Preview 03:10

SVM- Non Linear Classification Preview 02:06

Support Vector Regression Preview 04:30

knn-Classification Preview 07:46

knn-Regression Preview 03:48

Gradient Boosting-classification Preview 05:54

Gradient Boosting-regression Preview 04:46

Voting Classifier Preview 04:00

Conclusions to Section 11 Preview 02:46

Section 11 Quiz

Theory Behind ANN and DNN Preview 09:17

Perceptrons for Binary Classification Preview 04:27

Getting Started with ANN-binary classification Preview 03:26

Multi-label classification with MLP Preview 04:53

Regression with MLP Preview 03:48

MLP with PCA on a Large Dataset Preview 07:33

Start With Deep Neural Network (DNN) Preview 00:08

Start with H20 Preview 04:14

Default H2O Deep Learning Algorithm Preview 03:20

Specify the Activation Function Preview 02:06

H2O Deep Learning For Predictions Preview 05:02

Conclusions to Section 12 Preview 02:03

Section 12 Quiz

Data For This Section Preview 00:03

Read in Data from Online CSV Preview 03:53

Read Data from a Database Preview 07:33

Data Imputation Preview 09:07

Accessing Github Preview 05:16