Adaptive blocking is a dynamic mechanism that adjusts the rate at which transactions are processed on a blockchain. This system modifies block production parameters, such as block size or frequency, in response to network conditions like transaction volume or congestion. Its purpose is to maintain network stability and performance under varying loads. This approach prevents network degradation by avoiding a single point of failure or overload.
Context
Discussions around adaptive blocking frequently appear in news concerning blockchain scalability solutions and network resilience. Its implementation seeks to address challenges faced by high-throughput decentralized applications and protocols. Future developments may involve more sophisticated algorithms that integrate predictive analytics for proactive network adjustments.
This new leaderless State Machine Replication protocol uses a median rule and commitment certificates to ensure liveness against targeted adaptive DoS attacks.
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