以太坊升级路线图 Electra/Prague硬分叉提案细节

With the update of Shanouba Bitcoin Trading Network, which is about to be completed, the client team is asked to provide suggestions on the contents of the next hard fork. This paper aims to outline the comprehensive consensus of the main contributors, which was inspired by the team's articles and won the praise points of the executive meeting. At the executive meeting, the client team of Ethereum generally agreed to use the upgrade momentum to deploy a tree on the main network in 2008, and make a smaller fork in 2008 before a major work expected to be completed in 2008. His team can carry out parallel workflow at the same time. For equal consensus clients, it is reasonable to include the following transaction signature scheme, transaction root receipt root exit root, and provide verifier deposits on the chain. The exit increase that can be triggered by the executive layer moves the Committee index to the outside and the opcode is inclusive. We believe that the following Ethereum improvement proposal should be included to provide verifier deposits on the chain. This proposal aims to attach the verifier deposits to the block structure of the executive layer. This change will accommodate the deposits. The responsibility of deposit and verification is transferred to the executive layer, thus eliminating the need of the consensus layer for deposit or voting. The verifier deposit list in the block will be obtained by parsing the deposit contract log events issued by each deposit transaction contained in the given block, which will improve the security of deposits, reduce the delay between deposit submission and processing, eliminate the dependence on data polling and reduce the complexity between execution and consensus clients. The executive layer can trigger the exit suggestion to add a new stateful precompiled permission check. This mechanism enables these new execution layer exit messages to be attached to the execution layer block for the consensus layer to read, which will help to better control the verifier and improve the security of the escrow arrangement. This mechanism is especially useful for mobile pledge operators and verifiers controlled by smart contracts, which can reduce the credible centralized management. In addition to simplifying the process of exiting the verifier, the verifier who loses the access right of the active key can still use it. The huge improvement of the collective and individual user experience of the fund pledge has proved this inclusiveness. It is suggested to increase the size of the verifier set to reduce the number of message signature aggregation and memory occupation. This change is beneficial to both small and large verifiers, allowing more flexible pledge increment and compound reward. Although the discussion is still going on and the specification is being optimized, it is very important for me to obtain the latest information to make an informed decision on whether it is ready for inclusion. Experts believe that this is very important to ensure the maximum decentralized network bandwidth optimization and the calculation cost of nodes, because the previous test network with more than 10,000 verifiers has determined that there is a theoretical upper limit on the state of verifiers. The main goal of moving the Committee index outside the certification is to move the Committee index field outside the signed certification message. This change aims to allow the aggregation of equal consensus votes, thus making the verification of consensus rules more efficient. The simplicity of this realization and the optimization of the certification process. It is proved that the performance of incorporating it into the beacon chain is reasonable. The purpose is to use the well-known and field-tested components that have been put into production in Ethereum to expand the data availability beyond the scope provided, while keeping the workload of honest nodes similar to that in the middle. We believe that this proposal may become the biggest implementation work of the next consensus hard fork. Data space may be one of the most important commodities in the blockchain, and the benefits brought by improving scalability will prove this work. Rationality By reusing reliable components, we can realize this function more easily and maintain manageable workload for single nodes of all sizes. This part contains the following complete stable container transaction signature scheme: transaction root receipt root withdrawal root. We support the consistency of data structures and hope to continue the transition to these structures, even if it is slow and efficient, it will help to further empower light-node clients and bring more optimization in data storage network transmission and code complexity. First of all, we suggest supporting and migrating because these structures are more likely to be modified through each hard fork to support the implementation of inclusion. Although the following list is usually considered as an implementation change, we hope to support it according to the opinions of other execution client teams. The purpose of inclusion and opcode is to allow the control to be delegated to contracts, so that they can effectively run like smart contract wallets without deploying contracts. The delegation is realized by using two new opcodes and we support the inclusion of this or. Some of its styles enhance the interaction between users and Ethereum. As introduced at the executive meeting, inclusiveness is very important for the sustainable development of Ethereum ecosystem. 比特币今日价格行情网_okx交易所app_永续合约_比特币怎么买卖交易_虚拟币交易所平台

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