Intrusion-Tolerant Broadcast and Agreement Abstractions in the Presence of Byzantine Processes - Mostefaoui, Achour; Raynal, Michel (IEEE transactions on parallel and distributed systems, 2016)
Keywords: Abstraction level; Agreement; Algorithm design and analysis; Algorithms; Asynchronous message-passing system; Broadcast abstraction; Broadcasting; Byzantine process; Coins; Common coin; Computational modeling; Computer crashes; Computer Science; Consensus; Distributed algorithm; Distributed algorithms; Distributed computing; Distributed, Parallel, and Cluster Computing; Failure; Faulttolerance; Intrusion-tolerance; Message validation; Reduction; Reliability; Reliable broadcast; Security; Signature-free algorithm; Transaction processing; Uncertainty; common coin; agreement; broadcast abstraction; fault-tolerance; byzantine process; intrusion-tolerance; Abstraction level; consensus; distributed algorithm; reliable broadcast; message validation; asynchronous message-passing system; signature-free algorithm; Message validation; Intrusion-tolerance; Signature-free algorithm; Consensus; Agreement; Common coin; Asynchronous message-passing system; Distributed algorithm; Byzantine process; Broadcast abstrac-tion; Fault-tolerance; Reliable broadcast