Reader small image

You're reading from  Enhancing Deep Learning with Bayesian Inference

Product typeBook
Published inJun 2023
PublisherPackt
ISBN-139781803246888
Edition1st Edition
Right arrow
Authors (3):
Matt Benatan
Matt Benatan
author image
Matt Benatan

Matt Benatan is a Principal Research Scientist at Sonos and a Simon Industrial Fellow at the University of Manchester. His work involves research in robust multimodal machine learning, uncertainty estimation, Bayesian optimization, and scalable Bayesian inference.
Read more about Matt Benatan

Jochem Gietema
Jochem Gietema
author image
Jochem Gietema

Jochem Gietema is an Applied Scientist at Onfido in London where he has developed and deployed several patented solutions related to anomaly detection, computer vision, and interactive data visualisation.
Read more about Jochem Gietema

Marian Schneider
Marian Schneider
author image
Marian Schneider

Marian Schneider is an applied scientist in machine learning. His work involves developing and deploying applications in computer vision, ranging from brain image segmentation and uncertainty estimation to smarter image capture on mobile devices.
Read more about Marian Schneider

View More author details
Right arrow

6.3 Using ensembles for model uncertainty estimates

This section will introduce you to deep ensembles: a popular method for obtaining Bayesian uncertainty estimates using an ensemble of deep networks.

6.3.1 Introducing ensembling methods

A common strategy in machine learning is to combine several single models into a committee of models. The process of learning such a combination of models is called ensemble learning, and the resulting committee of models is called an ensemble. Ensemble learning involves two main components: first, the different single models need to be trained. There are various strategies to obtain different models from the same training data: the models can be trained on different subsets of data, we can train different model types or models with different architectures, or we can initialize the same model types with different hyperparameters. Second, the outputs of the different single models need to be combined. Common strategies for combining the predictions...

lock icon
The rest of the page is locked
Previous PageNext Page
You have been reading a chapter from
Enhancing Deep Learning with Bayesian Inference
Published in: Jun 2023Publisher: PacktISBN-13: 9781803246888

Authors (3)

author image
Matt Benatan

Matt Benatan is a Principal Research Scientist at Sonos and a Simon Industrial Fellow at the University of Manchester. His work involves research in robust multimodal machine learning, uncertainty estimation, Bayesian optimization, and scalable Bayesian inference.
Read more about Matt Benatan

author image
Jochem Gietema

Jochem Gietema is an Applied Scientist at Onfido in London where he has developed and deployed several patented solutions related to anomaly detection, computer vision, and interactive data visualisation.
Read more about Jochem Gietema

author image
Marian Schneider

Marian Schneider is an applied scientist in machine learning. His work involves developing and deploying applications in computer vision, ranging from brain image segmentation and uncertainty estimation to smarter image capture on mobile devices.
Read more about Marian Schneider