一种基于区块链的存储资源可信分配方法

为了摆脱目前大多传统云存储几乎唯一依赖于第三方信任机构的现状,可以采用一种去中心化的模式实现对网络上闲散存储资源的有效整合与优化.区块链具有去中心化、不可篡改、基于多方共识的信任等技术特征,为实现在去中心化模式下的存储资源可信共享方案提供了设计思路.针对目前传统云存储行业的中心化信任模式可能存在的问题,提出一种基于区块...

A Storage Resource Allocation Method Based on Blockchain

In order to get rid of the current status quo that most traditional cloud storages almost exclusively rely on third-party trust institutions, a decentralized model can be adopted to achieve effective integration and optimization of idle storage resources on the network. Blockchain has technical characteristics such as decentralization, non-tampering, and trust based on multi-party consensus, which provides design ideas for the realization of a trusted sharing scheme of storage resources in a decentralized mode. In view of the possible problems in the current centralized trust model of traditional cloud storage, a method for fully decentralized and trusted storage resources based on the characteristics of the blockchain is proposed. Resources are credibly allocated to storage resource demanders in a decentralized manner, to get rid of the third-party dependence in the storage resource sharing process, and the key data related to trust management in the process is recorded on the blockchain, and the system participants are right public ledgers are jointly maintained and corresponding operations are performed according to the data records on the blockchain. Based on the Ethereum platform and the smart contract technology it supports, a simulation method for credible allocation of storage resources is implemented. The simulation test results prove the correctness and feasibility of the method.