Performance Evaluation Experiments of Bitcoin SV Scaling Test Network
Performance Evaluation Experiments of Bitcoin SV Scaling Test Network
复制标题
Bitcoin SV 扩容测试网络性能评估实验
DOI：
10.1007/978-3-031-14627-5_15
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发表时间：
2022
期刊：
影响因子：
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通讯作者：
Yanagihara Takaaki
中科院分区：
文献类型：
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作者：
Fujihara Akihiro;Yanagihara Takaaki
Bitcoin SV Scaling Test Network（比特币SV扩展测试网络）是一个使用链上技术测试比特币可扩展性的实验网络。大量的交易总是被发送到对等网络，并且不断产生巨大的区块。在这项研究中，通过运行我们的区块链节点，估计了交易处理的占用率和区块链分裂概率。结果，估计入住率约为1.04，估计分裂概率为8.5%。此外，通过在一周内每分钟发送一次包含OP_RETURN脚本的事务，对事务处理性能进行了实验性评估。因此，交易最终获得批准的概率估计为98%。我们还证实，直到交易被批准的延迟时间的分布遵循高尾的幂律分布。从这些结果中，我们得出结论，这是一致的，以分析优先权的理论。
Bitcoin SV Scaling Test Network (STN) is an experimental network for testing Bitcoin scalability using on-chain technology. A large amount of transactions are always sent to the peer-to-peer network, and huge blocks are constantly generated. In this study, by running our STN node, occupancy rate of transaction processing and blockchain split probability are estimated. As a result, the estimated occupancy rate was about 1.04 and the estimated split probability was 8.5%. In addition, transaction processing performance was experimentally evaluated by sending transactions including OP_RETURN script as frequently as once per minute during one week. As a result, the estimated probability that a transaction was finally approved was 98%. We also confirmed that the distribution of latency time until a transaction is approved follows a power-law distribution at the high tail. From these results, we concluded that it is consistent to analyze STN using the theory of priority queueing.