Recommender Systems And Deep Learning In Python

Recommender Systems And Deep Learning In Python
Last updated 10/2022
MP4 | Video: h264, 1280×720 | Audio: AAC, 44.1 KHz

The most in-depth course on recommendation systems with deep learning, machine learning, data science, and AI techniques

What you’ll learn
Big data matrix factorization on Spark with an AWS EC2 cluster
Matrix factorization / SVD in pure Numpy
Matrix factorization in Keras
Deep neural networks, residual networks, and autoencoder in Keras
Restricted Boltzmann Machine in Tensorflow
Requirements
For earlier sections, just know some basic arithmetic
For advanced sections, know calculus, linear algebra, and probability for a deeper understanding
Be proficient in Python and the Numpy stack (see my free course)
For the deep learning section, know the basics of using Keras
Description
Overview

Section 1: Welcome

Lecture 1 Introduction

Lecture 2 Outline of the course

Lecture 3 Where to get the code

Lecture 4 How to Succeed in this Course

Section 2: Simple Recommendation Systems

Lecture 5 Section Introduction and Outline

Lecture 6 Perspective for this Section

Lecture 7 Basic Intuitions

Lecture 8 Associations

Lecture 9 Hacker News – Will you be penalized for talking about the NSA?

Lecture 10 Reddit – Should censorship based on politics be allowed?

Lecture 13 Bayesian Ranking (Beginner Version)

Lecture 14 Demographics and Supervised Learning

Lecture 17 Evaluating a Ranking

Lecture 18 Section Conclusion

Lecture 19 Suggestion Box

Section 3: Collaborative Filtering

Lecture 20 Collaborative Filtering Section Introduction

Lecture 21 User-User Collaborative Filtering

Lecture 22 Collaborative Filtering Exercise Prep

Lecture 23 Data Preprocessing

Lecture 24 User-User Collaborative Filtering in Code

Lecture 25 Item-Item Collaborative Filtering

Lecture 26 Item-Item Collaborative Filtering in Code

Lecture 27 Collaborative Filtering Section Conclusion

Section 4: Beginner Q&A

Lecture 28 How do I Choose Which Model to Use?

Lecture 30 What if I Don’t Like Math or Programming?

Section 5: Matrix Factorization and Deep Learning

Lecture 31 Matrix Factorization Section Introduction

Lecture 32 Matrix Factorization – First Steps

Lecture 33 Matrix Factorization – Training

Lecture 34 Matrix Factorization – Expanding Our Model

Lecture 35 Matrix Factorization – Regularization

Lecture 36 Matrix Factorization – Exercise Prompt

Lecture 37 Matrix Factorization in Code

Lecture 38 Matrix Factorization in Code – Vectorized

Lecture 39 SVD (Singular Value Decomposition)

Lecture 40 Probabilistic Matrix Factorization

Lecture 41 Bayesian Matrix Factorization

Lecture 42 Matrix Factorization in Keras (Discussion)

Lecture 43 Matrix Factorization in Keras (Code)

Lecture 44 Deep Neural Network (Discussion)

Lecture 45 Deep Neural Network (Code)

Lecture 46 Residual Learning (Discussion)

Lecture 47 Residual Learning (Code)

Lecture 48 Autoencoders (AutoRec) Discussion

Lecture 49 Autoencoders (AutoRec) Code

Section 6: Restricted Boltzmann Machines (RBMs) for Collaborative Filtering

Lecture 50 RBMs for Collaborative Filtering Section Introduction

Lecture 51 Intro to RBMs

Lecture 52 Motivation Behind RBMs

Lecture 53 Intractability

Lecture 54 Neural Network Equations

Lecture 58 Categorical RBM for Recommender System Ratings

Lecture 59 RBM Code pt 1

Lecture 60 RBM Code pt 2

Lecture 61 RBM Code pt 3

Lecture 62 Speeding up the RBM Code

Section 7: Big Data Matrix Factorization with Spark Cluster on AWS / EC2

Lecture 63 Big Data and Spark Section Introduction

Lecture 64 Setting up Spark in your Local Environment

Lecture 65 Matrix Factorization in Spark

Lecture 66 Spark Submit

Lecture 67 Setting up a Spark Cluster on AWS / EC2

Lecture 68 Making Predictions in the Real World

Section 8: Basics Review

Lecture 69 (Review) Keras Discussion

Lecture 70 (Review) Keras Neural Network in Code

Lecture 71 (Review) Keras Functional API

Lecture 72 (Review) How to easily convert Keras into Tensorflow 2.0 code

Lecture 73 (Review) Confidence Intervals

Lecture 74 (Review) Gaussian Conjugate Prior

Section 9: Bayesian Ranking (Scary Version)

Lecture 80 Why don’t we just use a library?

Section 10: Setting Up Your Environment (FAQ by Student Request)

Lecture 81 Anaconda Environment Setup

Lecture 82 How to How to install Numpy, Theano, Tensorflow, etc.

Section 11: Extra Help With Python Coding for Beginners (FAQ by Student Request)

Lecture 85 Proof that using Jupyter Notebook is the same as not using it

Lecture 86 Python 2 vs Python 3

Section 12: Effective Learning Strategies for Machine Learning (FAQ by Student Request)

Lecture 87 How to Succeed in this Course (Long Version)

Lecture 88 Is this for Beginners or Experts? Academic or Practical? Fast or slow-paced?

Lecture 89 Machine Learning and AI Prerequisite Roadmap (pt 1)

Lecture 90 Machine Learning and AI Prerequisite Roadmap (pt 2)

Section 13: Appendix / FAQ Finale

Lecture 91 What is the Appendix?

Lecture 92 BONUS