Dispatching sharing system based on the Internet of Vehicles

Abstract

The invention discloses a dispatching sharing system based on the Internet of Vehicles, which comprises an Internet-of-Vehicles cloud platform and a bus dispatching management platform, and is characterized in that the Internet-of-Vehicles cloud platform comprises an equipment management module, a data acquisition module and a data processing module and is used for managing a terminal and a server, acquiring and storing terminal data and providing an online car-hailing calling interface; the bus dispatching management platform comprises a bus transfer management subsystem and an arrival linkage subsystem, and the bus transfer management subsystem is used for acquiring transfer and face information of passengers in a station area and vehicle running video and operation information, framing the video into images, recognizing the passengers through a face recognition technology, and judging whether the passengers are on the vehicle or not; and the arrival linkage subsystem is used for managing the operation information of the online car-hailing, reminding the passenger that the calling of the online car-hailing is about to be started and providing a call cancelling function when the passenger does not get off the car, and providing a calling function when the passenger does not cancel the call. According to the invention, effective connection between the bus and the online hailed bus is established, and the waiting time of passengers during transfer is reduced.

Description

technical field [0001] The invention relates to the field of intelligent transportation, in particular to a dispatching and sharing system based on the Internet of Vehicles. Background technique [0002] With the advancement of urbanization and the increase of urban population, in the face of increasingly serious traffic congestion, efficient and cheap public transportation has become the appeal and desire of most urban residents. Most passengers cannot reach their destinations when they take the bus and need to transfer. They can use online car-hailing to transfer. However, there is no data sharing between the existing bus and online car-hailing, and no effective establishment has been established. connect. At the same time, passengers’ transfer information cannot be fed back to the bus system and online car-hailing system. The current processing method is that passengers start to book online car-hailing after arriving at the transfer station, or passengers estimate the ti...

AI Technical Summary

Problems solved by technology

Most passengers cannot reach their destinations by bus and need to transfer. They can use online car-hailing for transfers. However, there is no data sharing between the existing bus and online car-hailing, and no effective establishment has been established. connect

At the same time, passengers’ transfer information cannot be fed back to the public transport system and online car-hailing system. The current processing method is that passengers start to book online car-hailing after arriving at the transfer station, or passengers estimate the time of arrival at the transfer station and make an appointment in advance. Long time or inaccurate estimates lead to increased transfer costs, which prevents many passengers from participating in transfers in time, prolonging travel time and increasing travel costs

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