Efficient collaborative multiplexing method for software and hardware resources in block chain distributed networking

Abstract

The invention relates to the technical field of efficient multiplexing modes of hardware resources and software resources, and discloses a service node, a root node, an application node and an accessnode, data and hardware of each layer of the service node, the root node, the application node and the access node are abstracted into a data layer and a resource pool respectively, and particularly comprises a software resource multiplexing method and a hardware resource multiplexing method matched with software resources for cooperative use. Full utilization of resources is realized under efficient cooperation of software and hardware, and the cost of block chain distributed deployment is reduced.

Description

technical field [0001] The invention relates to the technical field of efficient multiplexing of hardware resources and software resources, and specifically relates to a method for efficient collaborative multiplexing of hardware and software resources in a blockchain distributed network. Background technique [0002] One of the cores of the blockchain is the distributed ledger. The distributed ledger is composed of nodes in the network. Usually, a blockchain node is supported by a server, that is, a server corresponds to a node. In this case, even a consortium chain with a relatively small number of nodes will occupy a large amount of server hardware resources, especially in small blockchain upper-layer applications where the amount of data is relatively small and the demand for resources is not high , There is a lot of idleness in the server, resulting in a waste of resources. [0003] At present, for small applications, the industry provides virtual machines with relativ...

AI Technical Summary

Problems solved by technology

In this case, even a consortium chain with a relatively small number of nodes will occupy a large amount of server hardware resources, especially in small blockchain upper-level applications where the amount of data is relatively small and the demand for resources is not high , there is a lot of idleness in the server, resulting in a waste of resources

[0003] At present, for small applications, the industry provides virtual machines with relatively small storage capacity in the form of cloud services for users to use, but the stability of virtual machines is poor; in addition, the industry does not have a set of automated, complete and reusable blockchains Service supply process, such as a complete process from the user's application to the establishment of blockchain services, certificate generation, contract deployment, etc.

Different adaptations are required for different applications, which is time-consuming and labor-intensive