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1
Introduction
2
Datasets are richly structured
3
What tool do I need
4
Outline the purpose
5
Background on graphical networks
6
Algorithm explanation
7
Model overview
8
Architectures
9
Research
10
Round truth simulation
11
Sand simulation
12
Goop simulation
13
Particle simulation
14
Multiple materials
15
Graphical networks
16
Rigid materials
17
Meshbased systems
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Measuring accuracy
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Compressible incompressible fluids
20
Generalization experiments
21
System Polygem
22
Chemical Polygem
23
Construction Species
24
Silhouette Task
25
Absolute vs Relative Action
26
Edgebased Relative Agent
27
Results
28
Conclusions
29
Questions
Description:
Explore graph-based machine learning techniques for modeling physical structures and dynamics in this IEEE Signal Processing Society webinar. Delve into the rich structure of datasets and learn about graphical networks, algorithm explanations, and model architectures. Discover various simulations including sand, goop, particle, and multiple materials. Examine research on rigid materials, mesh-based systems, and compressible/incompressible fluids. Investigate generalization experiments, system and chemical Polygem, construction species, and the Silhouette Task. Compare absolute vs. relative action and edge-based relative agent results. Gain insights from Peter Battaglia of Deepmind in this comprehensive exploration of graph-based approaches to physical modeling.

Modeling Physical Structure and Dynamics Using Graph-Based Machine Learning

IEEE Signal Processing Society
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