A Controlling Method of Parking Induction System Considering Parking Time

Abstract

The invention proposes a control method of the parking guidance system considering the parking time. This multi-purpose parking guidance system dynamically displays the road traffic conditions in the region, the berth information of each large parking lot and the difficulty of parking in these parking lots in the form of a road network map. The control method of the parking guidance system is to select the parking time information as the index of the difficulty of parking in the parking lot. The time information includes three parts: the driving time of the road section to the parking lot, the time to enter the queue outside the parking lot and the time to find a parking space inside the parking lot, respectively. The parking time calculation model of each part is established, and the combination of color guidance and time release is selected to publish the parking time information to the parking guidance screen through wireless communication. This parking guidance system can help the driver to quickly understand the parking situation of each parking lot in the area and the parking difficulty of each parking lot, and make a scientific and reasonable choice. It can not only balance the utilization rate of each parking lot, but also improve the parking efficiency of drivers, and realize the integrated design of dynamic and static traffic guidance.

Description

technical field [0001] The invention relates to the technical field of intelligent transportation, in particular to a regulation method of a parking guidance system considering parking time. Background technique [0002] With the rapid motorization process of large and medium-sized cities in my country, the phenomenon of "difficult parking" has become a common problem in cities, especially in large-scale commercial and commercial areas. On the one hand, there is a large demand for parking in these areas, and on the other hand, it is difficult for drivers to quickly identify the direction and find a suitable parking lot due to the high-density building facilities and complex traffic organization. At the same time, there are still two obvious problems in the parking lot of large commercial buildings: the queue at the entrance of the parking lot is very long during the peak period, making it difficult for vehicles to enter the parking lot; Finding a berth internally takes a lo...

AI Technical Summary

Problems solved by technology

On the one hand, there is a large demand for parking in these areas, and on the other hand, it is difficult for drivers to quickly identify the direction and find a suitable parking lot due to the high-density building facilities and complex traffic organization.

At the same time, there are still two obvious problems in the parking lot of large commercial buildings: the queue at the entrance of the parking lot is very long during the peak period, making it difficult for vehicles to enter the parking lot; Finding a berth internally takes a lot of time

[0008] (1) In the case of low utilization rate, large parking lots are more attractive to drivers due to the large number of berths, resulting in a large number of vehicles waiting in line at the entrance of large parking lots, and the parking time is greatly increased;

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