信息与电脑2024，Vol.36Issue(2) ：56-58.

区块链分片系统的异步共识设计要点探究

Exploring the Key Points of Asynchronous Consensus Design for Blockchain Sharding Systems

莫海辉
信息与电脑2024，Vol.36Issue(2) ：56-58.
✕
  • 维普
  • 万方数据

区块链分片系统的异步共识设计要点探究

Exploring the Key Points of Asynchronous Consensus Design for Blockchain Sharding Systems

莫海辉1
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作者信息

  • 1. 长沙轨道交通职业学院,湖南长沙 410300
  • 折叠

摘要

研究方法为建立分片系统模型和分片算法,明确系统的整体结构,将节点划分为底层异步共识组(Bottom Asynchronous Consensus Group,BACG)和上层异步共识组(Upper Asynchronous Consensus Group,UACG),利用波达计数(Borda Count,BC)法和实用拜占庭容错(Practical Byzantine Fault Tolerance,PBFT)算法完成共识.底层异步共识组用于选举超级节点、实现区块链出块,上层异步共识点用于区块验证和处理恶意节点.经仿真检验,该异步共识算法模型提高了共识效率.

Abstract

The research method is to establish a sharding system model and sharding algorithm,clarify the overall structure of the system,divide nodes into Bottom Asynchronous Consensus Groups(BACG)and Upper Asynchronous Consensus Groups(UACG),and use Borda Count(BC)method and Practical Byzantine Fault Tolerant(PBFT)algorithms to complete consensus.The underlying asynchronous consensus group is used to elect super nodes and achieve blockchain blockchain outbound,while the upper asynchronous consensus point is used for block verification and processing of malicious nodes.After simulation verification,the asynchronous consensus algorithm model has improved consensus efficiency.

关键词

区块链分片系统/异步共识架构/异步共识模型设计

Key words

blockchain sharding system/asynchronous consensus architecture/design of asynchronous consensus model

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出版年

2024
信息与电脑
北京电子控股有限责任公司

信息与电脑

影响因子：1.143
ISSN：1003-9767
参考文献量5
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