@Wongssh web3 reading list. A reading list for solidity, web3 and Dapp programmers. We use Chinese and English language.
https://threadreaderapp.com/thread/1594713580816846848.html
对区块链性能虚标的简要讨论，主要讨论了 #aptos 的性能虚标情况
对区块链性能虚标的简要讨论，主要讨论了 #aptos 的性能虚标情况
Threadreaderapp
Thread by @chenxingdotli on Thread Reader App
@chenxingdotli: 区块链的性能优化是一个很热的话题。然而，由于区块链系统的复杂性，系统性理解性能优化门槛很高，这就为“性能虚标”提供了空间。前有 “百万tps” 大跃进，后有 “80万tps” 宕机链。 所以，我希望展开来讲一下决定区块链各模块的性能瓶颈和挑战，看看那些漂亮数据背后的水分。 1. 网络模块 作为一个去中心化的系统，网络通信是整个系统的基础，也有人将其称为 Layer 0。 我将网络模块抽象为三层：...…
https://hackernoon.com/the-power-of-kaspa-blockdags-go-beyond-the-blockchain
介绍了一个基于 #DAG 的小众区块链项目 #Kaspa 的历史和现状，包含部分论文和其他资料
介绍了一个基于 #DAG 的小众区块链项目 #Kaspa 的历史和现状，包含部分论文和其他资料
Hackernoon
The Power of Kaspa BlockDAGs: Go Beyond the Blockchain
Introduction to BlockDAG - a technology that can go hand-in-hand with blockchain but also acts as a new meta-technology that challenges it.
https://outlierventures.io/vegood-vebad-and-veugly/
#defi 中的 #veModel 的优点与缺点
#defi 中的 #veModel 的优点与缺点
Outlier Ventures
veGood, veBad, and veUgly
One of the biggest DeFi narratives of2022 has been the ‘ve’ (“vote-escrow”) token model. The first of a series, this article provides an overview of the ‘ve’ token model, some of its constraints, and some pointers towards an improved model.
https://consensys.net/blog/cryptoeconomic-research/eigenlayer-a-restaking-primitive/
#EigenLayer ETH再质押层的基本分析
#EigenLayer ETH再质押层的基本分析
Consensys
EigenLayer: Decentralized Ethereum Restaking Protocol Explained | Consensys
Learn more about EigenLayer, a decentralized Ethereum restaking protocol that allows users to restake their ETH and earn rewards from multiple protocols.
