Exact byzantine consensus in directed graphs

L Tseng, N Vaidya - arXiv preprint arXiv:1208.5075, 2012 - arxiv.org
Consider a synchronous point-to-point network of n nodes connected by directed links,
wherein each node has a binary input. This paper proves a tight necessary and sufficient …

[PDF][PDF] Exact Byzantine Consensus in Directed Graphs

L Tseng, N Vaidya - 2012 - scholar.archive.org
For synchronous point-to-point n-node networks of undirected links, it has been previously
shown that, to achieve consensus in presence of up to f Byzantine faults, the following two …

[PDF][PDF] Exact Byzantine Consensus in Directed Graphs

L Tseng, N Vaidya - 2012 - disc.ece.illinois.edu
For synchronous point-to-point n-node networks of undirected links, it has been previously
shown that, to achieve consensus in presence of up to f Byzantine faults, the following two …

Exact Byzantine Consensus in Directed Graphs

L Tseng, N Vaidya - arXiv e-prints, 2012 - ui.adsabs.harvard.edu
Consider a synchronous point-to-point network of n nodes connected by directed links,
wherein each node has a binary input. This paper proves a tight necessary and sufficient …

[PDF][PDF] Exact Byzantine Consensus in Directed Graphs

L Tseng, N Vaidya - arXiv preprint arXiv:1208.5075, 2012 - Citeseer
For synchronous point-to-point n-node networks of undirected links, it has been previously
shown that, to achieve consensus in presence of up to f Byzantine faults, the following two …

[PDF][PDF] Exact Byzantine Consensus in Directed Graphs

L Tseng, N Vaidya - 2012 - disc.ece.illinois.edu
For synchronous point-to-point n-node networks of undirected links, it has been previously
shown that, to achieve consensus in presence of up to f Byzantine faults, the following two …