Sociala:基于区块链的激励型去中心化作家社交媒体,使用修改后的委托证明股权方式

Shahid Hasan, Md. Ahsan Habib, Avishek Roy, Abu Taher Md Shifat
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引用次数: 0

摘要

在过去几年里,去中心化方法发生了深刻的演变,这主要归功于区块链等新型去中心化技术的出现。在网络社交媒体领域,随着基于区块链的网络社交媒体(BOSM)的引入,模式发生了转变,预示着社交媒体平台的潜在未来,用户的宝贵贡献将得到应有的回报。尽管这些平台已被数百万用户广泛采用,但必须承认的是,它们的去中心化仍不完全。现有区块链系统的一个普遍问题在于委托证明共识(DPoS)算法的脆弱性,它很容易被少数选定的节点操纵。考虑到下一代社交媒体的需求,当务之急是将去中心化作为其基础标志。在本文中,我们将介绍 Sociala,一个专为作家量身定制的基于区块链的激励框架。为了有效解决中心化的弊端,并最大限度地降低选择邪恶节点的可能性,我们提出了一种增强型多步骤 DPoS 共识算法,即修改后的 DPoS(mDPoS)。这种先进的算法兼顾了随机性和多样性的原则,并纳入了普通用户的意见,最终增强了系统的稳定性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Sociala: An Incentivized Decentralized Social Media for writers based on Blockchain using modified Delegated Proof of Stake
Over the past few years, there has been a profound evolution in decentralization methodologies, owing largely to the emergence of novel decentralized technologies like blockchain. In the realm of online social media, a paradigm shift has been suggested with the introduction of blockchain-based online social media (BOSM), heralding a potential future for social media platforms wherein users are duly rewarded for their valuable contributions. Despite the widespread adoption of these platforms by millions of users, it is crucial to acknowledge that their decentralization remains incomplete. One prevailing issue within existing blockchain systems resides in the vulnerability of the Delegated Proof of Stake (DPoS) consensus algorithm, which is susceptible to manipulation by the few selected nodes. Anticipating the demands of the forthcoming generation of social media, the pivotal imperative lies in establishing decentralization as its foundational hallmark. In this paper, we present Sociala, an incentivized blockchain-based framework tailored for writers. To effectively address the pitfalls of centralization and minimize the likelihood of nefarious node selection, we proffer an enhanced multi-step DPoS consensus algorithm, which is referred as modified DPoS (mDPoS). This advanced algorithm embraces both the tenets of randomness and diversity, coupled with the inclusion of input from general users, culminating in fortified system stability.
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