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Study mode:
on
1
Intro
2
Overview
3
TensorFlow dependencies
4
Building a regression model
5
Exploring the data
6
Creating a chaos model
7
Defining a helper class
8
Results
9
Early stopping
10
Plotting predictions
11
Takeaways
12
Replacing Dense Layer
13
Dense Variational
14
Prior Distribution
15
Example Batch
16
The Trick
17
Inspecting Layers
18
Model Results
19
Model Predictions
20
Input Predictions
21
Call Banks
22
Plot History
23
Summary
24
Regression with probabilistic layers
25
Negative log likelihood
Description:
Explore probabilistic deep learning techniques in TensorFlow through this 29-minute conference talk from ODSC Europe 2019. Delve into the motivations behind probabilistic modeling in deep learning and learn how to apply it using TensorFlow Probability. Discover how to encode expert knowledge into models, support uncertainty in outputs, and fit distributions to neural network weights. Follow along with practical applications and examples, including building regression models, creating chaos models, and implementing probabilistic layers. Gain insights into early stopping, plotting predictions, and inspecting model results. Learn about replacing dense layers with variational alternatives, working with prior distributions, and understanding the "trick" behind probabilistic deep learning. Conclude with a summary of regression using probabilistic layers and an introduction to negative log likelihood in this context.

Probabilistic Deep Learning in TensorFlow - The Why and How - ODSC Europe 2019

Open Data Science
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