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1
Motivation
2
Computer Graphics
3
Inverse Graphics
4
Capsules
5
Traditional Neuron
6
Routing-by-Agreement
7
Routing Algorithm
8
PrimaryCaps
9
CapsNet Architecture - Reconstruction
10
Loss Function
11
Results on MNIST - Reconstruction
12
What Capsule Dimensions Represent
13
Results on multiMNIST
14
Other Dataset
Description:
Explore the innovative concept of dynamic routing between capsules in this 31-minute lecture from the University of Central Florida. Delve into the motivation behind this approach, examining its applications in computer graphics and inverse graphics. Learn about capsules and how they differ from traditional neurons, understanding the routing-by-agreement process and the routing algorithm. Discover the CapsNet architecture, including primary capsules and reconstruction techniques. Analyze the loss function and examine results on the MNIST dataset, gaining insights into what capsule dimensions represent. Investigate the performance on multiMNIST and other datasets, broadening your understanding of this cutting-edge neural network architecture.

Dynamic Routing Between Capsules

University of Central Florida
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