Peak-time avoiding parking method based on cloud service platform

Abstract

The invention discloses a peak-time avoiding parking method based on a cloud service platform. The method is used for improving the utilization rate of urban parking spaces and then alleviating the problems that the parking spaces are insufficient and it is difficult to park at present. Based on mastered comprehensive information of urban parking spaces, parking space resources can be reasonably distributed to car owners having the parking demands in time through the method. A peak-time avoiding parking management system based on the cloud service platform comprises a cloud service platform subsystem, a parking space information collection subsystem, a parking space information issuing subsystem and a parking charging subsystem.

Description

technical field [0001] This patent relates to intelligent transportation technology, in particular to a parking method based on a cloud service platform at a dislocation time. Background technique [0002] With the development of social economy, the penetration rate of motor vehicles is getting higher and higher, and the era of motor vehicle consumption has come quietly. Due to the increase in the number of motor vehicles, the problem of "difficult parking" for motor vehicles has begun to appear. The impact of "difficult parking" is not limited to the drivers themselves, but also a series of urban management problems. The rapid growth rate, due to the early unreasonable planning, led to insufficient supply of parking lots and unfavorable geographical location, causing vehicles to park on both sides of the road or occupying the road. In addition, car owners driving around looking for parking spaces are also important factors leading to traffic congestion. (2) It is easy t...

AI Technical Summary

Problems solved by technology

The impact of "difficult parking" is not limited to the drivers themselves, but also a series of urban management problems. The rapid growth rate, due to the early unreasonable planning, led to insufficient supply of parking lots and unfavorable geographical location, causing vehicles to park on both sides of the road or occupying the road. In addition, car owners driving around looking for parking spaces are also important factors leading to traffic congestion

(2) It is easy to induce conflicts. Because there are too many cars and few parking spaces, residents in the community scramble for parking spaces, and colleagues at work rob parking spaces, which will inevitably lead to tense relations between neighbors and disharmonious relations with colleagues; it is easy for car owners to be fined if they park their cars in no-parking areas. Incite conflicts between the police and the public; in addition, the car owner parks the car directly at the fire exit, entrance and exit, etc., and the fire truck cannot pass through at all. Once an emergency occurs, the consequences will be disastrous

(3) Reduce social and economic benefits. Car owners looking for parking spaces will generate invalid traffic, resulting in waste of mileage and traffic flow. Repeated empty driving increases cost consumption, increases vehicle fuel consumption, and also reduces urban air quality and increases noise pollution.

The car owner enters the address when leaving, so that other nearby car owners can see these vacant parking spaces when they search this area, but the amount of data collected by this system is small, lacks necessary information, and cannot generate real-time parking Bitmap, so the promotion is poor

[0004] The community parking space sharing and reservation service system has been developed in China. This system has improved the utilization rate of parking spaces to a certain extent, but it does not include social parking spaces (government agency parking spaces, school parking spaces, hospital parking spaces, etc.), and does not reflect the misplaced time parking. This concept, that is, the parking spaces in the commuting community are empty during the day, and the parking spaces in the off-duty units are empty at night. The improvement of the utilization rate of vacant parking spaces by this system is limited

At present, there are a large number of social parking spaces (government agency parking spaces, school parking spaces, hospital parking spaces, etc.). Due to the limited parking space information obtained by car owners, there are a large number of vacant parking spaces; and there is a problem of information asymmetry, resulting in no parking spaces on the ground. There is no parking space underground, and the network function is not integrated into the parking guidance, and the whole process information of parking cannot be provided to the car owner. For example, when there are many vacant parking spaces in the parking lot, the car owner may encounter the parking space full

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