去中心化矿池协议 Stratum V2 概述

The author's protocol suite consists of three protocols, namely, the mining protocol as the main body and the sub-protocols, which specify three roles and their communication standards for the main body involved in bitcoin mining. This paper introduces the defined role channels and summarizes the implementation of each sub-protocol. As for the technical oak tree, please refer to the complete document Role. We define three roles for the main body in the protocol suite, and the relationship between these main bodies can be classified by upstream and downstream to calculate the hash of mining equipment or miners. The actual mining equipment miners can refer to a variety of mobile mining operations in which producers secretly collect natural gas from large-scale enterprise mines to shale oil drilling platforms. The most useful thing in describing miners is to describe the scale of their communication with the upstream mine pool. A mine that cooperates with a hydropower station communicates with the mine pool as a unit, although it also distributes work to many mining equipment inside, it can also be regarded as a miner, but it is different from a street garage. Miners who run a mine provide their own hash rate to a mine pool as follows. Miners are the most downstream role from the point of view. The mine pool is a communication node responsible for coordinating the hash rate and distributing mining rewards. They create work verification blocks and scores for the terminal equipment and spread the found blocks to the bitcoin network mine pool. The terminal equipment that does not keep or control the hash rate compatibility protocol can switch the mine pool within a few minutes, so the mine pool should be based on time delay, ease of use and debt repayment reliability. And related networking services can compete with each other, which can greatly improve everything here. It can be considered that the mine pool is the most upstream role, and the mine pool can open any type of communication channel with the downstream role agent or mining equipment. See below. The agent is the intermediary between miners and the mine pool to aggregate connections and translate mining communication or the agent may provide additional functions, including monitoring services or job statement optimization. Both miners and the mine pool can run agents, and they will be based on different application fields. The mining agent is the intermediary between the mining equipment and the mining pool. It receives the mining requests from multiple devices, aggregates them and forwards them to the mining pool. It can open the group extension channel with the upstream mining pool or open the standard channel with the downstream mining equipment. The translation agent is responsible for the communication between the mining equipment and a mining pool or mining agent. It allows the equipment to interact with the mining infrastructure based on it to bridge the gap between the older protocols and the mining agent. For example, a mine pool may run a translation agent as the initial connection service to receive the connection with and then establish a direct standard channel with miners. Use this agent to translate the communication with miners. Work declarers can belong to both the mine pool and the miners, but they can also be run by any third party. They are connected to a template supplier so that customized areas can be received and verified. Block templates are the roles needed to realize the so-called work statement protocol. They can further distribute the work to a mining agent or agent through the work distribution protocol. The work statement server is responsible for distributing the mining work required by the work statement client at the mine pool end to create customized work. It is also responsible for spreading the work statement client for the mine pool when miners connected to the mine pool find effective blocks. The customer end is the miner's end, which is responsible for collecting the block template from the template supplier to which it is connected and creating new mining work. It declares customized work to start mining, and is also responsible for starting the backup pool mechanism. When the declared work is rejected, it automatically switches to the backup pool. After exhausting the backup, it can switch to mining alone until a new safe pool template appears in the market. The template supplier can be deployed on the side of the mine pool or not affected by the miners, but it can also be operated by any third party. When deployed on the miner's side, it can extract transactions from local bitcoin nodes, so that miners can create customized block templates, and can declare customized mining sub-protocols to the mine pool through the work statement protocol. The mining protocol is also called the main protocol, which is the direct successor. The main protocol is used for mining and is the only part of the whole protocol suite that needs to be realized in all scenarios. It is used in the communication between mining equipment agents and mine pool services. If a miner's mine pool, It does not support transaction selection and mining work statement, which is the only protocol that needs to be realized. The channel protocol defines three types of standard channels. The Merkel path transaction is simplified as much as possible, and the communication between each other and the upstream nodes is extended. The channel gives extended control over the search space, so that advanced application scenarios such as back-and-forth translation, message difficulty aggregation, customized search space division and so on can be realized. A simple set of standard channels of group channels can be carried out in a single connection. Access the work statement protocol through a common channel. The work statement protocol is used by miners, generally a mine, to declare a customized block template to the mine pool. The results of this statement can be reused in all the terminal miners' connections of the mine pool, thus reducing the computational intensity. In other words, a single statement can be applied to many devices in the whole mine or even multiple mines to achieve higher efficiency. This protocol is independent to allow the mine pool to be in an independent infrastructure. Breaking these connections without affecting the mining protocol connection, this protocol is an independent and optional infrastructure in the whole protocol, and it can be provided to the mine by a third party, which is also the most prominent feature of the whole protocol suite, because it can promote the decentralized template distribution protocol of transaction selection power, which is used to help extract information that can be used to construct the next block. Its design goal is to replace and provide higher efficiency and easier implementation for those who integrate other aspects. The current work distribution protocol is used to transfer the newly declared work to the interested nodes, which can be either the agent or the actual mining equipment. This protocol is a supplement to the work declaration protocol. When miners do not build their own work and declare their own mining transactions, the work will be distributed directly from the mine pool to the agents and terminal equipment, just like the original protocol, but this protocol will be reserved for future documents, because the distribution protocol is usually unnecessary when the work declarer becomes a part of a larger mining protocol agent. 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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