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Data Science Course

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BEGINNER

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Updated 1 week ago

What you will learn

  • Understand the mathematics behind Machine Learning

  • linear and logistic regressions in Python

  • cluster and factor analysis

  • Learn how to pre-process data

  • Machine Learning algorithms in Python/ using NumPy/ statsmodels and scikit-learn

  • Apply your skills to real-life business cases

  • Improve Machine Learning algorithms by studying underfitting/ overfitting/ training/ validation/n-fold cross validation/ testing and how hyperparameters could improve performance

About

Modules

M:1

Introduction to Data science

6 Lessons

|

30 Min

In this module you will learn intro to data science and the fundamental concepts of data science

  • Intro to DS

    9:48

  • Data analysis at walmart

    4:43

  • What is data Science

    7:12

  • Data Science Job Roles

    5:07

  • Data Life Cycle

    3:27

  • Quiz

    -

M:2

Statistics and Probability

14 Lessons

|

1 Hr, 3 Min

In this Module you will learn the fundamental mathematical concepts used to analyze and interpret data, where statistics focuses on collecting, organizing, and summarizing data, while probability deals with the likelihood of events occurring, allowing data scientists to make predictions and inferences based on their analysis

  • Statistic and Probability

    5:44

  • Quantitative Data

    5:23

  • Basic Terminologies in Statistics

    5:18

  • Stratified Sampling

    9:02

  • Variance

    15:27

  • Confusion Matrix

    4:51

  • Probability

    -

  • Quiz

    -

  • Types of Events

    6:53

  • Joint Probability

    -

  • Bayes Theorem

    -

  • Infrential Statistics

    10:56

  • Hypothesis Testing

    -

  • Quiz

    -

M:3

Basics of Machine Learning

5 Lessons

|

6 Min

In this Module will understand different types of learning algorithms like supervised, unsupervised, and reinforcement learning, data cleaning and preprocessing, feature engineering, model selection, training, evaluation, and visualization, all aimed at building predictive models using data to make informed decisions.

  • Basics of Maching Learning

    6:29

  • What is Machine Learning

    -

  • Machine Learning Process

    -

  • Supervised Learning Algorithm

    -

  • Quiz

    -

M:4

Linear Regression

3 Lessons

|

12 Min

Linear regression is an algorithm that provides a linear relationship between an independent variable and a dependent variable

  • Linear Regression

    3:09

  • What is R-square

    9:35

  • Quiz

    -

M:5

Logistic Regression

8 Lessons

|

10 Min

Logistic regression is a statistical algorithm which analyze the relationship between two data factors

  • Logistic Regression

    -

  • Logistic Regression Curve

    -

  • Implement Logistic Regression

    4:31

  • Analyzing Data

    6:24

  • Data Wrangling

    -

  • Train n Test Data

    -

  • SUV Data analysis

    -

  • Quiz

    -

M:6

Decision Tree

6 Lessons

|

19 Min

Decision tree is a tree-like model that shows how decisions can lead to different outcomes. It can be used in data analysis, machine learning, and operations research.

  • Naive Bayes

    -

  • Decision Tree

    6:22

  • What is Decision Tree?

    -

  • What is Entropy

    -

  • What is Entropy 2

    12:38

  • Quiz

    -

M:7

Random Forrest Algorithm

5 Lessons

|

14 Min

Random forest is a technique used in modeling predictions and behavior analysis and is built on decision trees.

  • Random Forest

    -

  • Why Random Forest?

    -

  • What is Random Forest

    -

  • How Random Forest Works

    14:07

  • Quiz

    -

M:8

K nearest Kneighbor

2 Lessons

(KNN) algorithm is a non-parametric, supervised learning classifier, which uses proximity to make classifications or predictions about the grouping of an individual data point

  • What is KNN

    -

  • How Knn Works

    -

M:9

Naive Bayes

3 Lessons

|

14 Min

Naive Bayes is a machine learning algorithm that uses probability to classify data.

  • What is Naive Bayes

    -

  • Naive Bayes Workings

    -

  • Types of Naive Bayes

    14:31

M:10

Support Vector Machine

13 Lessons

|

34 Min

(SVM)Support Vector Machine, a machine learning algorithm that classifies data by finding a hyperplane that separates different classes. SVMs are used in classification and regression analysis.

  • Quiz

    -

  • SVM

    -

  • Unsupervised Learning

    -

  • K-means Algorithm

    -

  • Fuzzy C- means Clustering

    -

  • Quiz

    -

  • Aporiori Algorithm

    -

  • What is Reinforcement Learning

    -

  • Markov Decision Process

    22:03

  • Q-Learning demo

    12:23

  • The Bellman Equation

    -

  • The Bellman Equation 2

    -

  • Quiz

    -

M:11

Deep Learning

7 Lessons

|

14 Min

Deep learning is a type of machine learning that uses artificial neural networks to process data. It's a subset of artificial intelligence (AI) that's inspired by the human brain.

  • What is Deep Learning

    -

  • Activation Function

    -

  • Demo

    -

  • What is A Computational Graph

    -

  • What is A Computational Graph 2

    14:12

  • Multi Layer Perception

    -

  • Quiz

    -

M:12

Project Walk Through

13 Lessons

|

40 Min

In this section you'll learn a step by step guide on how to handle and execute a project.

  • Customer churn Analysis intro

    -

  • Customer churn Analysis Cleaning Data

    -

  • Handling Imbalannce Data

    8:14

  • Data Model 1

    -

  • Data Modeel 2

    7:30

  • Data Model 3

    -

  • Deep Learning with Keras Neuro Network

    -

  • Project 2: Introduction

    -

  • Data Exploration

    -

  • Data Exploration 2

    7:29

  • Data Encoding

    -

  • Data Model

    8:13

  • Data Model 2

    8:48

M:13

Bonus Section

6 Lessons

|

11 Min

This section covers the data science interview questions and Answer.

  • Interview QA 2

    -

  • Interview QA

    -

  • Interview QA 3

    11:00

  • Interview QA 4

    -

  • Interview QA 5

    -

  • Interview QA 6

    -

Project:

Details not provided...

Instructors:

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Preview this course

This course includes:

  • 4 Hr, 31 Min on-demand video
  • 12 assignments
  • Lifetime access
  • Milestone budges
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