Mina Aghaei Dinani
Federated learning for vehicle trajectory prediction.
Rel. Marco Giuseppe Ajmone Marsan, Gianluca Rizzo. Politecnico di Torino, Corso di laurea magistrale in Communications And Computer Networks Engineering (Ingegneria Telematica E Delle Comunicazioni), 2020
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Abstract
Time Series data has become present everywhere, thanks to affordable edge devices and sensors. Much of this data is valuable for decision making. To use this data for the forecasting task, the conventional centralized approach has shown deficiencies regarding extensive data communication and data privacy issues. Federated learning allows learning from decentralized data without the need to store it centrally. The data remains where it was generated, which guarantees privacy and reduces communication costs [1]. FL already naturally selects only a few nodes randomly at each round. They have non-iid data and also varying in amount. After some iteration of training, the central aggregator will generate a global model.
That is, heavily learning depends on a coordinator, which causes scalability issues with large numbers of nodes, and besides, there is a single point of failure, which is not suitable for some applications
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