Enhanced block chain platform based on multi-technology fusion demand

Abstract

The invention discloses an enhanced block chain platform based on a multi-technology fusion demand, which comprises a block chain service unit and a basic hardware unit, and is characterized in that the block chain service unit comprises an access layer, a service layer, a network layer, an account book core layer and a data layer, wherein the access layer comprises a first request receiving module and a second request receiving module; the access layer comprises an instruction issuing module and an instruction processing module, and the network layer comprises a configuration issuing module and a configuration receiving module; the basic hardware unit is used for providing basic hardware service, the block chain service unit comprises an activation module, a management module and a custom software module, and the activation module is used for activating block chain node equipment; the management module is used for setting a block chain network to which the block chain node equipment needs to join. On the basis of the block chain technology, the Internet of Things technology and the intelligent terminal are mainly fused at the front end, the privacy calculation technology, the big data technology and other technologies are fused at the rear end, so that a complete fusion application solution is provided for clients.

Description

technical field [0001] The invention relates to the technical field of block chain platforms, in particular to an enhanced block chain platform based on multi-technology fusion requirements. Background technique [0002] In recent years, blockchain technology has made great progress both at home and abroad, but it still faces difficulties and challenges. In fact, in terms of technology, the blockchain is not mature, and it is dwarfed by the traditional centralized database server model in terms of security and performance. This problem is derived from the famous FLP impossibility theorem in the distributed field and the CAP theorem in the distributed computing field. The former refers to: In an asynchronous communication scenario, even if only one process fails, there is no algorithm that can guarantee the consistency of non-failing processes. The latter is an expression: Consistency, availability, and partition fault tolerance in a distributed system, these three elements...

AI Technical Summary

Problems solved by technology

However, as more "things" are connected to the network, the scarcity and underutilization and lack of management of spectrum resources have attracted widespread attention

[0004] However, in the face of the needs of multi-technology integration, the blockchain technology faces challenging problems such as throughput, concurrent performance, scalability, large data volume storage, privacy protection and supervision, etc., which are limiting the in-depth application of blockchain technology. Technology still has to break through

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