Mô tả

Complete Guide to Practical Data Science with Python: Learn Statistics, Visualization, Machine Learning & More

THIS IS A COMPLETE DATA SCIENCE TRAINING WITH PYTHON FOR DATA ANALYSIS: 

It's A Full 12-Hour Python Data Science BootCamp To Help You Learn Statistical Modelling, Data Visualization, Machine Learning & Basic Deep Learning In Python! 

HERE IS WHY YOU SHOULD TAKE THIS COURSE:

First of all, this course a complete guide to practical data science using Python...

That means, this course covers ALL the aspects of practical data science and if you take this course alone, you can do away with taking other courses or buying books on Python-based data science.  

In this age of big data, companies across the globe use Python to sift through the avalanche of information at their disposal. By storing, filtering, managing, and manipulating data in Python, you can give your company a competitive edge & boost your career to the next level!

THIS IS MY PROMISE TO YOU:

COMPLETE THIS ONE COURSE & BECOME A PRO IN PRACTICAL PYTHON BASED DATA SCIENCE!

But, first things first, My name is MINERVA SINGH and I am an Oxford University MPhil (Geography and Environment), graduate. I recently finished a PhD at Cambridge University (Tropical Ecology and Conservation).

I have several years of experience in analyzing real-life data from different sources using data science-related techniques and producing publications for international peer-reviewed journals.

Over the course of my research, I realized almost all the Python data science courses and books out there do not account for the multidimensional nature of the topic and use data science interchangeably with machine learning...

This gives the student an incomplete knowledge of the subject. This course will give you a robust grounding in all aspects of data science, from statistical modelling to visualization to machine learning.

Unlike other Python instructors, I dig deep into the statistical modelling features of Python and gives you a one-of-a-kind grounding in Python Data Science!

You will go all the way from carrying out simple visualizations and data explorations to statistical analysis to machine learning to finally implementing simple deep learning-based models using Python

DISCOVER 12 COMPLETE SECTIONS ADDRESSING EVERY ASPECT OF PYTHON DATA SCIENCE (INCLUDING):

• A full introduction to Python Data Science and powerful Python driven framework for data science, Anaconda
• Getting started with Jupyter notebooks for implementing data science techniques in Python
• A comprehensive presentation about basic analytical tools- Numpy Arrays, Operations, Arithmetic, Equation-solving, Matrices, Vectors, Broadcasting, etc.
• Data Structures and Reading in Pandas, including CSV, Excel, JSON, HTML data
• How to Pre-Process and “Wrangle” your Python data by removing NAs/No data, handling conditional data, grouping by attributes, etc.
• Creating data visualizations like histograms, boxplots, scatterplots, bar plots, pie/line charts, and more!
• Statistical analysis, statistical inference, and the relationships between variables
• Machine Learning, Supervised Learning, Unsupervised Learning in Python
• You’ll even discover how to create artificial neural networks and deep learning structures...& MUCH MORE!

With this course, you’ll have the keys to the entire Python Data Science kingdom!

NO PRIOR PYTHON OR STATISTICS/MACHINE LEARNING KNOWLEDGE IS REQUIRED:

You’ll start by absorbing the most valuable Python Data Science basics and techniques...

I use easy-to-understand, hands-on methods to simplify and address even the most difficult concepts in Python.

My course will help you implement the methods using real data obtained from different sources. Many courses use made-up data that does not empower students to implement Python-based data science in real life.

After taking this course, you’ll easily use packages like Numpy, Pandas, and Matplotlib to work with real data in Python.

You’ll even understand deep concepts like statistical modelling in Python’s Statsmodels package and the difference between statistics and machine learning (including hands-on techniques).

I will even introduce you to deep learning and neural networks using the powerful H2o framework!

With this Powerful All-In-One Python Data Science course, you’ll know it all: visualization, stats, machine learning, data mining, and deep learning! 

The underlying motivation for the course is to ensure you can apply Python-based data science on real data and put into practice today. Start analyzing data for your own projects, whatever your skill level and IMPRESS your potential employers with actual examples of your data science abilities.

HERE IS WHAT THIS COURSE WILL DO FOR YOU:

This course is your one shot way of acquiring the knowledge of statistical data analysis skills that I acquired from the rigorous training received at two of the best universities in the world, a perusal of numerous books and publishing statistically rich papers in renowned international journal like PLOS One.

This course will:

   (a) Take students without a prior Python and/or statistics background from a basic level to performing some of the most common advanced data science techniques using the powerful Python-based Jupyter notebooks.

   (b) Equip students to use Python for performing different statistical data analysis and visualization tasks for data modelling.

   (c) Introduce some of the most important statistical and machine learning concepts to students in a practical manner such that students can apply these concepts for practical data analysis and interpretation.

   (d) Students will get a strong background in some of the most important data science techniques.

   (e) Students will be able to decide which data science techniques are best suited to answer their research questions and applicable to their data and interpret the results.

It is a practical, hands-on course, i.e. we will spend some time dealing with some of the theoretical concepts related to data science. However, the majority of the course will focus on implementing different techniques on real data and interpret the results. After each video, you will learn a new concept or technique which you may apply to your own projects. 

JOIN THE COURSE NOW!


#data #analysis #python #anaconda #analytics

Bạn sẽ học được gì

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

Yêu cầu

  • 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

Nội dung khoá học

13 sections

Introduction to the Data Science in Python Bootcamp

9 lectures
What is Data Science?
03:37
Introduction to the Course & Instructor
11:34
Data For the Course
00:03
Introduction to the Python Data Science Tool
10:57
For Mac Users
04:05
Introduction to the Python Data Science Environment
19:15
Some Miscellaneous IPython Usage Facts
05:25
Online iPython Interpreter
03:26
Conclusion to Section 1
02:36

Introduction to Python Pre-Requisites for Data Science

5 lectures
Rationale Behind This Section
00:17
Different Types of Data Used in Statistical & ML Analysis
03:37
Different Types of Data Used Programatically
03:46
Python Data Science Packages To Be Used
03:16
Conclusions to Section 2
01:59

Introduction to Numpy

11 lectures
Numpy: Introduction
03:46
Create Numpy Arrays
10:51
Numpy Operations
16:48
Matrix Arithmetic and Linear Systems
07:34
Numpy for Basic Vector Arithmetric
06:16
Numpy for Basic Matrix Arithmetic
06:32
Broadcasting with Numpy
03:52
Solve Equations with Numpy
05:04
Numpy for Statistical Operation
07:23
Conclusion to Section 3
02:24
Section 3 Quiz
2 questions

Introduction to Pandas

7 lectures
Data Structures in Python
12:06
Read in Data
00:07
Read in CSV Data Using Pandas
05:42
Read in Excel Data Using Pandas
05:31
Reading in JSON Data
03:09
Read in HTML Data
12:06
Conclusion to Section 4
02:06

Data Pre-Processing/Wrangling

13 lectures
Rationale behind this section
04:19
Removing NAs/No Values From Our Data
10:28
Basic Data Handling: Starting with Conditional Data Selection
05:24
Drop Column/Row
04:42
Subset and Index Data
09:44
Basic Data Grouping Based on Qualitative Attributes
09:47
Crosstabulation
04:54
Reshaping
09:26
Pivoting
08:30
Rank and Sort Data
08:03
Concatenate
08:16
Merging and Joining Data Frames
10:47
Conclusion to Section 5
02:06

Introduction to Data Visualizations

9 lectures
What is Data Visualization?
09:33
Some Theoretical Principles Behind Data Visualization
06:46
Histograms-Visualize the Distribution of Continuous Numerical Variables
12:13
Boxplots-Visualize the Distribution of Continuous Numerical Variables
05:54
Scatter Plot-Visualize the Relationship Between 2 Continuous Variables
11:57
Barplot
22:25
Pie Chart
05:29
Line Chart
12:31
Conclusions to Section 6
02:14

Statistical Data Analysis-Basic

13 lectures
What is Statistical Data Analysis?
10:08
Some Pointers on Collecting Data for Statistical Studies
08:38
Some Pointers on Exploring Quantitative Data
00:20
Explore the Quantitative Data: Descriptive Statistics
09:05
Grouping & Summarizing Data by Categories
10:25
Visualize Descriptive Statistics-Boxplots
05:28
Common Terms Relating to Descriptive Statistics
05:15
Data Distribution- Normal Distribution
04:07
Check for Normal Distribution
06:23
Standard Normal Distribution and Z-scores
04:10
Confidence Interval-Theory
06:06
Confidence Interval-Calculation
05:20
Conclusions to Section 7
01:28

Statistical Inference & Relationship Between Variables

14 lectures
What is Hypothesis Testing?
05:42
Test the Difference Between Two Groups
07:30
Test the Difference Between More Than Two Groups
10:55
Explore the Relationship Between Two Quantitative Variables
04:25
Correlation Analysis
08:26
Linear Regression-Theory
10:44
Linear Regression-Implementation in Python
11:18
Conditions of Linear Regression
01:37
Conditions of Linear Regression-Check in Python
12:03
Polynomial Regression
03:53
GLM: Generalized Linear Model
05:25
Logistic Regression
11:10
Conclusions to Section 8
01:52
Section 8 Quiz
4 questions

Machine Learning for Data Science

2 lectures
How is Machine Learning Different from Statistical Data Analysis?
05:36
What is Machine Learning (ML) About? Some Theoretical Pointers
05:32

Unsupervised Learning in Python

11 lectures
Unsupervised Classification- Some Basic Ideas
01:38
KMeans-theory
02:31
KMeans-implementation on the iris data
08:01
Quantifying KMeans Clustering Performance
03:53
KMeans Clustering with Real Data
04:16
How Do We Select the Number of Clusters?
05:38
Hierarchical Clustering-theory
04:10
Hierarchical Clustering-practical
09:19
Principal Component Analysis (PCA)-Theory
02:37
Principal Component Analysis (PCA)-Practical Implementation
03:52
Conclusions to Section 10
02:08

Supervised Learning

16 lectures
What is This Section About?
10:10
Data Preparation for Supervised Learning
09:47
Pointers on Evaluating the Accuracy of Classification and Regression Modelling
09:42
Using Logistic Regression as a Classification Model
08:26
RF-Classification
12:02
RF-Regression
09:20
SVM- Linear Classification
03:10
SVM- Non Linear Classification
02:06
Support Vector Regression
04:30
knn-Classification
07:46
knn-Regression
03:48
Gradient Boosting-classification
05:54
Gradient Boosting-regression
04:46
Voting Classifier
04:00
Conclusions to Section 11
02:46
Section 11 Quiz
4 questions

Artificial Neural Networks (ANN) and Deep Learning (DL)

13 lectures
Theory Behind ANN and DNN
09:17
Perceptrons for Binary Classification
04:27
Getting Started with ANN-binary classification
03:26
Multi-label classification with MLP
04:53
Regression with MLP
03:48
MLP with PCA on a Large Dataset
07:33
Start With Deep Neural Network (DNN)
00:08
Start with H20
04:14
Default H2O Deep Learning Algorithm
03:20
Specify the Activation Function
02:06
H2O Deep Learning For Predictions
05:02
Conclusions to Section 12
02:03
Section 12 Quiz
2 questions

Miscellaneous Lectures & Information

5 lectures
Data For This Section
00:03
Read in Data from Online CSV
03:53
Read Data from a Database
07:33
Data Imputation
09:07
Accessing Github
05:16

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