随着共享经济的快速发展,车位共享平台应运而生.车位自动分配技术因能大大缩减泊车人寻找车位的时间并提高车位的利用率而逐渐被车位共享平台使用.然而,在私家车位共享场景下,现有车位共享平台在分配车位时只追求车位利用率的最大化而忽略了车位分配的公平性,一定程度上影响了用户使用平台的热情.针对这个问题,研究设计了一种基于RC链(Resilient and Consensus-based Chain)的私家车位分配方案.该方案结合RC链技术与第二拍卖价格策略,在车位分配过程中保证了公平性和高效性.通过使用RemixIDE、Hyperledger Sawtooth和Hyperledger Caliper等工具对方案进行仿真分析,证明了该方案相比传统方案有着更好的公平性和高效性.
An Allocation Scheme for Private Parking Spaces Based on the RC Chain
With the rapid development of sharing economy,parking space sharing platforms have emerged.The automatic allocation technology of parking spaces is gradually used by parking sharing platforms because it can greatly reduce time for parking people to find parking spaces and improve the utilization rate of parking spaces.However,in the scenario of private parking space sharing,existing parking space sharing platforms only pursue the maximization of parking space utilization while ignoring the fairness of parking space allocation when allocating parking spaces,which affects the enthusiasm of users to use platforms to some extent.In order to address this issue,an allocation scheme for private parking spaces based on the RC chain has been studied and designed.This scheme combines resilient and consensus-based chain technology with the second auction price strategy to ensure fairness and efficiency in the allocation of parking spaces.The simulation analysis of this scheme is carried out by using tools such as RemixIDE,Hyperledger Sawtooth and Hyperledger Caliper,and it proves that this scheme has better fair-ness and efficiency than the traditional scheme.
Parking space allocationRC chainSecond auction price strategyBlockchain
万方数据
维普
