Sharing and scheduling system for parking stalls and implementation method

Abstract

The invention belongs to the technical field of self-service parking, and relates to a sharing and scheduling system for parking stalls and an implementation method. The method comprises the steps of:a parking space preliminary selection module preliminarily selecting a range of available parking stall according to a parking demand and a shortest walking distance after a vehicle owner submits theparking demand; a optimal path and time calculation module calculating an optimal driving route and travel time of a preliminarily selected parking stall by an improved ant colony algorithm; an optimal parking space calculation module quantitatively calculating an optimal ranking solution set of available parking stalls for the vehicle owner by adopting a weighted TOPSIS model; a bilateral matching module processing the situation that a plurality of vehicle owners request for the same competition parking stall, that is, the optimal matching parking stall is the same, carrying out dynamic bilateral matching according to benefits of both the parking stall owner and the vehicle owner, and determining the matching result. According to the sharing and scheduling system for parking stalls and the implementation method, parking of a large number of vehicle owners is facilitated, waste of parking space resources is avoided; meanwhile, additional revenue can be brought to the parking stall owner, and parking space sharing and win-win is achieved.

Description

Technical field: [0001] The invention belongs to the technical field of self-parking, and relates to a parking space sharing and dispatching system and an implementation method suitable for solving parking and parking problems in smart cities, helping car owners quickly find the best available parking space in the current area. Background technique: [0002] The rapid development of cloud computing, big data, Internet of Things, mobile Internet technology and mobile payment technology has given birth to a new economic model - "sharing economy". Various sharing services such as shared car rental (Uber, Di Di), shared bicycles (Mobike, ofo), shared homestays (Airbnb, Tujia.com), task sharing (TaskRabbit, Dada, Renren Express), financial sharing (Tending Club, Renrendai), etc. are developing rapidly. In smart city application scenarios, in order to make full use of idle parking spaces and solve the problem of difficult parking, the idea of ​​"sharing parking spaces" has gradual...

AI Technical Summary

Problems solved by technology

However, the existing systems or methods are only based on a single matching of shared parking spaces and limited information of car owners or a single concept of parking space sharing, lack of precise matching of parking spaces and car owners, and do not consider parking distance and other related issues from the perspective of car owners. Factors, did not deal with the detailed process of parking space sharing in reality, nor did it involve the choice of parking distance and route, and did not consider the optimal matching of the benefits of both the car owner and the parking space owner

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