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on
1
Intro
2
Motivation
3
Let us build predictive ML models!
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Learning scheme proposal
5
How to test the learning schemes?
6
The scenario
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Measuring & learning
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The trained networks
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Centralized learning
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Performance evaluation
11
Privacy threat -space
12
Federated learning
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Privacy threats -space
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Privacy threats - time
15
Conclusions
Description:
Learn about privacy implications and performance trade-offs in vehicular federated machine learning systems through an 18-minute technical presentation from the Eclipse Foundation. Explore how the Monaco SUMO Traffic Scenario (MoST) is used to assess privacy loss when vehicles share route information for collaborative learning of urban phenomena like parking occupancy. Discover the comparative analysis between individual, federated, and centralized learning approaches, with findings indicating federated systems offer enhanced privacy but reduced performance. Gain insights into implementing SUMO-based learning systems across multiple computers using Docker containerization and client-server architecture. Follow along as presenter Levente Alekszejenkó covers key topics including predictive ML models, learning schemes, scenario testing, performance evaluation, and privacy threat analysis in both spatial and temporal dimensions.

SUMO Simulations for Privacy-Preserving Federated Learning in Autonomous Vehicles

Eclipse Foundation
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