Bus stop passenger flow detection system and method

Abstract

The invention provides a bus stop passenger flow detection system and method. Multiple Bluetooth detectors are arranged in bus top waiting areas, so that comprehensive, dynamic and accurate collection on waiting passenger information of all bus stops is achieved, the advantages of being high in precision, low in manufacturing cost, convenient to install and maintain and the like are achieved, data support is provided for bus dispatching, bus line optimization, bus information service and the like, and the management capacity and service level of the public transportation department are significantly improved.

Description

technical field [0001] The invention relates to a passenger flow detection system and method at a bus station. Background technique [0002] With the increasingly prominent contradiction between the supply and demand of urban transportation resources, the public transportation system, as an efficient, green and large-capacity transportation mode, plays an increasingly important role in the entire urban transportation system. At the same time, accelerating the promotion of informatization and intelligent management is also an important development direction of public transportation. In the traditional public transport management mode, the public transport management department cannot obtain real-time passenger flow information of a large number of bus stations distributed in the urban road network, so it can only adopt the bus operation mode of fixed routes and fixed shifts, and cannot control the bus lines with sudden increase in passenger flow. Dynamic scheduling and evacu...

AI Technical Summary

Problems solved by technology

In the traditional public transport management mode, the public transport management department cannot obtain real-time passenger flow information of a large number of bus stations distributed in the urban road network, so it can only adopt the bus operation mode of fixed routes and fixed shifts, and cannot control the bus lines with sudden increase in passenger flow. Carry out dynamic scheduling and evacuation, affecting the overall service capability and level of the urban public transport system

[0003] At present, in terms of passenger flow detection technology, infrared detection, video detection and other means are mainly used. Infrared detection is limited by the detection method and range, and is not suitable for relatively open bus station areas; video detection technology can detect the passenger flow in the designated area Information is collected automatically, but due to the obstruction of bus station facilities such as bus stop signs and waiting halls, if video coverage without blind spots is to be achieved, the monitoring height needs to be reduced and monitoring points increased, which increases the construction cost of the system and requires personnel Mutual occlusion, processing of boundaries of multiple video detection areas, etc. will affect the detection accuracy of the system

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