A Shared Parking Management Method and System Based on Integral Proof Chain

Abstract

The present invention relates to a shared parking management method and system based on a points certificate chain. The method includes: determining a set to be matched based on a keyword; The stored parking lot is matched with the parking lot in the set to be matched, and the successfully matched parking lot with the shortest distance is selected as the optimal parking lot; parking information is generated according to the owner information, vehicle information, parking period and optimal parking lot information , and send the parking information to the car owner for confirmation; when the car owner confirms, a parking contract is generated, and the parking contract is stored in the blockchain in real time through the points proof mechanism. The present invention uses a block chain based on the point proof consensus mechanism to replace the database used by traditional shared parking, and is used to store the vacant parking lots and parking contracts acquired in real time, which not only realizes real-time sharing of vacant parking lots, but also enhances data security.

Description

technical field [0001] The present invention relates to the technical field of parking information sharing management, in particular to a method and system for sharing parking management based on point certificate chains. Background technique [0002] The data generation and storage of the traditional shared parking system is based on a centralized database, so there are the following problems: 1. Unable to share in real time: the status of the parking space cannot be updated and displayed in real time, and there is a certain delay in reading the parking space. 2. Low efficiency: The access to data needs to go through a third party before it can be read from the database, and the payment process also needs to be paid by a third party. 3. Lack of data security: data is stored in a database managed by a third party, which is vulnerable to attacks and single point of failure. Contents of the invention [0003] The purpose of the present invention is to provide a shared parki...

AI Technical Summary

Problems solved by technology

[0002] The data generation and storage of the traditional shared parking system is based on a centralized database, so there are the following problems: 1. Unable to share in real time: the status of the parking space cannot be updated and displayed in real time, and there is a certain time delay in reading the parking space

2. Low efficiency: data access needs to go through a third party before it can be read from the database, and the payment process also needs to be paid by a third party

3. Lack of data security: data is stored in a database managed by a third party, which is vulnerable to attacks and a single point of failure occurs

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