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Mastering Azure Machine Learning

You're reading from  Mastering Azure Machine Learning

Product type Book
Published in Apr 2020
Publisher Packt
ISBN-13 9781789807554
Pages 436 pages
Edition 1st Edition
Languages
Authors (2):
Christoph Körner Christoph Körner
Profile icon Christoph Körner
Kaijisse Waaijer Kaijisse Waaijer
Profile icon Kaijisse Waaijer
View More author details

Table of Contents (20) Chapters

Preface Section 1: Azure Machine Learning
1. Building an end-to-end machine learning pipeline in Azure 2. Choosing a machine learning service in Azure Section 2: Experimentation and Data Preparation
3. Data experimentation and visualization using Azure 4. ETL, data preparation, and feature extraction 5. Azure Machine Learning pipelines 6. Advanced feature extraction with NLP Section 3: Training Machine Learning Models
7. Building ML models using Azure Machine Learning 8. Training deep neural networks on Azure 9. Hyperparameter tuning and Automated Machine Learning 10. Distributed machine learning on Azure 11. Building a recommendation engine in Azure Section 4: Optimization and Deployment of Machine Learning Models
12. Deploying and operating machine learning models 13. MLOps—DevOps for machine learning 14. What's next? Index

Content-based recommendations

We first start with content-based recommendations, as they are the most similar to what we previously discussed in this book. The term content refers to the usage of only an item's or user's content information in the shape of a (numeric) feature vector. The way to arrive at a feature vector from an item (an article in a web shop) or a user (a browser session in a web service) is through data mining, data pre-processing and feature engineering—skills you learned in Chapter 4, ETL, data preparation, and feature extraction, and Chapter 6, Advanced feature extraction with NLP.

Using users' and items' feature vectors, we can divide content-based recommendations into roughly two approaches:

  • Item-item similarity
  • User-user similarity

Hence, recommendations are based on the similarity of items or the similarity of users. Both approaches work great in cases where little to no interaction data between user and items...

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