Near-optimal performance describes a system’s operational efficiency that closely approaches the theoretical maximum or ideal state, without necessarily achieving it perfectly. It indicates a high level of effectiveness and resource utilization, often balancing various system constraints. This metric is critical for assessing the practical utility of complex digital systems.
Context
In the context of blockchain and digital assets, discussions around near-optimal performance often pertain to transaction throughput, latency, and energy consumption of various protocols. News reports frequently analyze how new scaling solutions or consensus mechanisms aim to bring networks closer to their theoretical performance limits. Achieving near-optimal performance is a persistent objective for enhancing the usability and widespread adoption of decentralized applications.
A leaderless State Machine Replication protocol uses a simple median rule to achieve robust liveness against adaptive blocking, securing decentralized systems.
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