Integrating a blockchain-based trust/reputation model with Schnorr signatures into Raft keeps malicious leaders below 5% with under 10% throughput loss at 40% Byzantine nodes.
Rebello, Lucas Airam C
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Simulation of USSD authentication shows a non-linear 'Success Cliff' in session completion when stochastic SMS OTP blocking delay interacts with fixed session time budgets.
citing papers explorer
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TRM-Raft: A Byzantine-Resistant Raft Consensus via Integrated Trust and Reputation Model
Integrating a blockchain-based trust/reputation model with Schnorr signatures into Raft keeps malicious leaders below 5% with under 10% throughput loss at 40% Byzantine nodes.
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Modeling Failure Dynamics in Time-Constrained Authentication Systems: Evidence of a Success Cliff in USSD Workflows
Simulation of USSD authentication shows a non-linear 'Success Cliff' in session completion when stochastic SMS OTP blocking delay interacts with fixed session time budgets.