High extensible public block chain system for actual application

Abstract

The invention discloses a high extensible public block chain system for an actual application. The system is characterized by comprising a basic block chain, an auxiliary bock chain N, an auxiliary block chain 1 and an open storage framework, wherein the auxiliary bock chain N and the auxiliary block chain 1 are auxiliary bock chains, the basic block chain, the auxiliary block chains and the openstorage framework are separately fit with Kanban SCAR and MapReduce to form a system cyclic constraint dislocation guarantee mechanism; the design of the basic block chain takes the minimum data size,minimum computation amount and minimum network bandwidth requirements as a target; a basic protocol, an account book, a smart contract, and a value system are provided; the highest adjudication is achieved; the system provided by the invention is composed of three component parts, consisting of the basic block chain, the auxiliary block chains and the open storage framework, that are integrally designed; the three parts are integrated and matched with one another; and a high performance block chain complete framework that has a unified protocol base, mutual coordinated functions, whole coursevalidity and effectiveness verification, and is truly decentralized, safe and reliable.

Description

technical field [0001] The invention relates to the technical field of block chains, in particular to a highly scalable public block chain system oriented to practical applications. Background technique [0002] Blockchain technology is the foundation of the next-generation Internet-value Internet. The successful operation of blockchain platforms such as Bitcoin and Ethereum has shown good prospects for blockchain applications. However, due to constraints such as communication, node performance, and consensus mechanism, the current public blockchain systems are faced with a bottleneck problem of insufficient transaction processing capacity. For example, Bitcoin and Ethereum process no more than 7 transactions per second. Pen. This is a huge obstacle for the blockchain to be practical. In real economic activities, the transaction volume in many application scenarios exceeds this scale, such as exchanges, Internet of Things platforms, e-commerce platforms, supply chains, and ...

AI Technical Summary

Problems solved by technology

However, due to constraints such as communication, node performance, and consensus mechanism, the current public blockchain systems are faced with a bottleneck problem of insufficient transaction processing capacity. For example, Bitcoin and Ethereum process no more than 7 transactions per second. Pen

Images