Social Characteristic-Based Propagation-Efficient PBFT Protocol to Broadcast in Unstructured Overlay Networks. Blockchain allows for secure management of a shared ledger by agreement protocols, where transactions are validated over network without central authorities.
Aug 12, 2021 · This propagation technique is executed in the improved FastBFT to achieve transaction ordering and block verification, thus, no controllable ...
The core of NefSBFT is a message propagation tech- nique that exploits the social characteristics of public blockchain nodes in terms of intermittent ...
This propagation technique is executed in the improved FastBFT to achieve transaction ordering and block verification, thus, no controllable mobility is ...
A social characteristic-based propagation-efficient protocol NefSBFT to agree on system state plus consensus mechanisms in public blockchains, ...
A social characteristic-based propagation-efficient protocol NefSBFT to agree on system state plus consensus mechanisms in public blockchains, ...
Broadcasting in unstructured peer-to-peer overlay networks
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An effective method to mitigate route query floods in MANETs ... In multi-hop MANETs, each node acts as an end node as well as a router for other nodes. Routing ...
Social Characteristic-Based Propagation-Efficient PBFT Protocol to Broadcast in Unstructured Overlay Networks pp. 3621-3639. Toward a Secure, Rich, and Fair ...
Social Characteristic-Based Propagation-Efficient PBFT Protocol to Broadcast in Unstructured Overlay Networks. Publisher: Institute of Electrical and ...
characteristic-based propagation-efficient PBFT protocol to broadcast in unstructured overlay networks," IEEE Transactions on Dependable and. Secure ...