Develop and Test A Mixed Ledger System using Block Chain

Shreenidhi H S, Feon Jaison
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Abstract

For distributed ledgers, there is variety of consensus mechanism, each with unique strengths and limitations. When compared to conventional intricate fault tolerance procedures, Osa is a new class of Byzantium Fuzzy Inference consensus mechanism that is often used in practise. Several firms are migrating toward a more conventional POA cryptocurrency with Byzantium Fault - tolerant. Without even a broad agreement system, it is exceedingly difficult to stop node assaults. Our goal is to determine if we can create centralized systems with better methods to lessen the danger of assaults on blockchain technology. Utilizing the Pom and POV methods, we generate blocks, add present in the study' vote profile, then update them depending just on voting patterns of verifiers and collect chain rewards. In latest days, the bitcoin has gained enormous popularity, and the underpinning consensus mechanism have also drawn a lot of attention in academic circles. This effort sought to research several bitcoin consensus algorithms to enhance the functionality of bitcoin and construct an universal and adaptable to fit on the majority of systems.
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开发和测试使用区块链的混合分类账系统
对于分布式账本,存在各种共识机制,每种机制都有其独特的优势和局限性。与传统复杂的容错过程相比,Osa是一种新的拜占庭模糊推理共识机制,在实践中得到了广泛应用。几家公司正在向具有拜占庭容错功能的更传统的POA加密货币迁移。即使没有广泛的协议系统,也很难阻止节点攻击。我们的目标是确定我们是否可以用更好的方法创建集中式系统,以减少对区块链技术的攻击危险。利用Pom和POV方法,我们生成区块,添加研究中的投票配置文件,然后根据验证者的投票模式更新它们,并收集链奖励。最近几天,比特币获得了巨大的人气,其支撑的共识机制也引起了学术界的广泛关注。这项工作旨在研究几种比特币共识算法,以增强比特币的功能,并构建一种通用且适应性强的算法,以适应大多数系统。
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