Large-scale networks are computer systems engineered to support a considerable number of participants, devices, or data exchanges across expansive geographical regions. These networks are characterized by their capacity to handle substantial data flows and maintain connectivity for numerous users. Their design often incorporates distributed designs to attain high availability and resilience against failure.
Context
Within the digital asset domain, prominent public blockchains serve as key instances of large-scale networks. These systems must securely execute millions of transactions each day while maintaining decentralization and censorship immunity for a global audience. Discussions frequently address the scalability difficulties intrinsic to such networks, specifically regarding transaction processing capacity and resource consumption.
A novel epidemic consensus protocol significantly enhances blockchain scalability and efficiency by enabling leaderless, lightweight node interactions, critical for large decentralized systems.
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