Dynamic Optimization of the Latency Throughput Trade-off in Parallel Chain Distributed Ledgers

Abstract

In the realm of Distributed Ledgers (DLs), a solution to enhancing maximum peak throughput involves establishing multiple independent blockchains that evolve concurrently. However, an excess of parallel chains in comparison to the application's demands can result in increased latency in content delivery, squandered bandwidth, and heightened computational strain on network nodes.