Please use this identifier to cite or link to this item: http://hdl.handle.net/11144/3434
Title: Gossip Average Consensus in a Byzantine Environment Using Stochastic Set-Valued Observers
Authors: Silvestre, Daniel
Issue Date: Dec-2013
Abstract: We address the problem of a consensus system in the presence of Byzantine faults seen as an attacker injecting a perturbation in the state of the nodes. We propose the use of Set-Valued Observers to detect if the state observations are compatible with the system dynamics. The method is extended to the stochastic case by introducing a strategy to construct a set that is guaranteed to contain all possible states with, at least, a pre-specified desired probability. The proposed algorithm is stable in the sense that it requires a finite number of vertices to represent polytopic sets while also enabling the a priori computation of the largest magnitude of a disturbance that an attacker can inject without being detected.
URI: http://hdl.handle.net/11144/3434
Appears in Collections:AUTONOMA TECHLAB - Comunicações em conferências

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