• Post category:StudyBullet-15
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Implementing Data Science Driven Recommender Systems For Business Applications Using Python Within Google Colab

What you will learn

Learn what recommender systems are and their importance for business intelligence

Learn the main aspects of implementing a Python data science framework within Google Colab

Basic text analysis to learn more about user preferences

Implement practical recommender systems using Python

Description

ENROLL IN MY LATEST COURSE ON HOW TO LEARN ALL ABOUT BUILDING PRACTICAL RECOMMENDER SYSTEMS WITH PYTHON

  • Are you interested in learning how the Big Tech giants like Amazon and Netflix recommend products and services to you?
  • Do you want to learn how data science is hacking the multibillion e-commerce space through recommender systems?
  • Do you want to implement your own recommender systems using real-life data?
  • Do you want to develop cutting edge analytics and visualisations to support business decisions?
  • Are you interested in deploying machine learning and natural language processing for making recommendations based on prior choices and/or user profiles?

You Can Gain An Edge Over Other Data Scientists If You Can Apply Python Data Analysis Skills For Making Data-Driven Recommendations Based On User Preferences

  • By enhancing the value of your company or business through the extraction of actionable insights from commonly used structured and unstructured data commonly found in the retail and e-commerce space
  • Stand out from a pool of other data analysts by gaining proficiency in the most important pillars of developing practical recommender systems

MY COURSE IS A HANDS-ON TRAINING WITH REAL RECOMMENDATION RELATED PROBLEMS- You will learn to use important Python data science techniques to derive information and insights from both structured data (such as those obtained in typical retail and/or business context) and unstructured text data

My course provides a foundation to carry out PRACTICAL, real-life recommender systems tasks using Python. By taking this course, you are taking an important step forward in your data science journey to become an expert in deploying Python data science techniques for answering practical retail and e-commerce questions (e.g. what kind of products to recommend based on their previous purchases or their user profile).

Why Should You Take My Course?


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I have an MPhil (Geography and Environment) from the University of Oxford, UK. I also completed a data science intense PhD at Cambridge University (Tropical Ecology and Conservation).

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

This course will help you gain fluency in deploying data science-based BI solutions using a powerful clouded based python environment called GoogleColab. Specifically, you will

  • Learn the main aspects of implementing a Python data science framework within  Google Colab
  • Learn what recommender systems are and why they are so vital to the retail space
  • Learn to implement the common data science principles needed for building recommender systems
  • Use visualisations to underpin your glean insights from structured and unstructured data
  • Implement different recommender systems in Python
  • Use common natural language processing (NLP) techniques to recommend products and services based on descriptions and/or titles

    You will work on practical mini case studies relating to (a) Online retail product descriptions (b) Movie ratings (c) Book ratings and descriptions to name a few

In addition to all the above, you’ll have MY CONTINUOUS SUPPORT to make sure you get the most value out of your investment!

ENROLL NOW 🙂

English
language

Content

Welcome To The Course

What Is the Course About
Data and Code
Python Installation
Start With Google Colaboratory Environment
Google Colabs and GPU
Why Recommender Systems?

Basics Of Python For Data Science

Introduction to Pandas
Read in Multiple CSVs
Read in Data From SQL
Read in JSON Files
Read in Text Data
Assess Data Quality
Python Data Cleaning
Grouping Data
More Data Summarisations and Pivoting
Basic Data Visualisations
More Visualisations
Exploring the Temporal Dimension

Basic Statistical Concepts

Principal Component Analysis (PCA)
Practical Application of PCA
Single Vector Decomposition (SVD)-Theory
Implement SVD
Unsupervised Leaning-Theory
K-means Clustering: Theory
Cosine Similarity
Jaccard Similarity
Introduction to Supervised Learning
k-Nearest Neighbours (kNN)-Theory

What Are Recommender Engines?

Different Types of Recommender System

Filtering Based Recommender Engines

Euclidean Distances as a Basis of Making Recommendations
Using Distances and SVD For Recommendations
How Demographic Traits Can Help With Making Recommendations
Basic Data Processing
Final List Of Movies

Common Recommender Engines

Basic Item Based Filtering
Surprise For More Content Filtering
Hybrid Recommenders-LightFM
Set Up a Problem For Classical Recommender Systems
Content Based Filtering
Collaborative Filtering

Working With Text Data

Theory of Text Cleaning
Text Cleaning-Part 1
Text Cleaning-Part 2
NTLK-Based Cleaning
Another NTLK-Based Workflow
What Are Wordclouds?
Word Clouds For Movie Themes
TF-IDF: Theory
Practical TF-IDF Implementation

Text Based Recommender System

Content Based Filtering On Text Data With Surprise
Word2Vec For Basic Item Recommendation
One More Variant
Word2Vec Based Recommendation- Based On Items

Miscellaneous

What Is a Dictionary?