Aerial vehicle parking lot resource management method, device, equipment and program product

Abstract

The application discloses a flying car parking lot resource management method, device, equipment and program product, comprising the following steps: acquiring the site resource attribute and real-time state data of a target parking lot through a cloud platform, determining the current parking resource information of the target parking lot according to the site resource attribute and real-time state data, and publishing the current parking resource information; acquiring the reservation parking request of a plurality of target flying cars, constructing a parking resource scheduling optimization model with the minimum site idle rate, the minimum flying distance and the minimum service cost as the target according to the current parking resource information and the reservation parking request; solving the parking resource scheduling optimization model through a genetic algorithm, obtaining an optimal parking resource scheduling scheme, and returning the parking space reservation information to each target flying car according to the optimal parking resource scheduling scheme. The application improves the resource utilization efficiency and user experience, guarantees the parking safety of the flying car, and can be applied to the field of flying car technology.

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