Passage Bio reports positive Phase 1/2 trial results for PBFT02 in frontotemporal dementia, with planned protocol amendments for safety optimization.

The conventional practical Byzantine fault tolerance (PBFT) consensus algorithm is characterized by limited scalability and an absence of privacy protection. Consequently, this study introduces ring ...

Development of an early sepsis treatment-decision algorithm in children and adolescents with cancer in a middle-income country: Results from a multinational modified Delphi consensus.

Consensus mechanisms have shifted beyond PoW and PoS as blockchains explore PoA, PoEM and DPOP for faster finality and stronger security.

This traditional consensus strategy typically relies on averaging scores or ranks obtained from molecular docking, which are, however, vulnerable to false positives and thus exploit shortcomings from ...

In the Internet of Things (IoT) environment, the disparity in device performance intensifies the consistency challenges in distributed systems. Blockchain, with its consensus mechanisms, transparency, ...

The blog post on Chainlink delves into the intricacies of sequential and parallel consensus protocols, focusing primarily on Practical Byzantine Fault Tolerance (PBFT) and Byzantine Binary Consensus ...

Exploring the Nuances of PBFT and BBCA-Chain The blog post on Chainlink delves into the intricacies of sequential and parallel consensus protocols, focusing primarily on Practical Byzantine Fault ...

The weighted PBFT algorithm is an efficient consensus algorithm designed to increase throughput, reduce latency and enhance fault-tolerant performance. It makes targeted improvements to the ...

The optimization continues in the next consensus process. The weighted PBFT algorithm allows the blockchain system to remain efficient while processing transactions.