A system for detection and prediction of passenger flow in subway train carriages and platform waiting guidance

Abstract

The invention discloses a system for detecting and predicting passenger flow in a subway train compartment and guiding a station platform. The system includes a detection device for passenger flow in and out of the compartment, a passenger flow density prediction module in the compartment, a passenger waiting guidance information generation module, and a passenger waiting guidance information release device; The detection device of the carriage passenger flow collects the image information of passengers getting on and off and carrying luggage; the passenger flow density prediction module of the carriage predicts the passenger flow quantity of standard adults getting off in each carriage and the remaining standard passenger capacity of the carriage when the train arrives at the future platform; The guidance information generation module generates a passenger flow waiting guidance scheme; the passenger waiting guidance information publishing device releases the waiting guidance information to guide passengers to wait in line at the best position; The station time is increased, the full load rate of the train is increased, the passenger flow density of the platform and the compartment is balanced, and the comfort of the passenger's riding environment is increased.

Description

Technical field [0001] The present invention belongs to the field of subway passengers induction and management, and in particular to a subway train passenger flow detection and prediction and platform trafficked induction system. [0002] technical background [0003] The subway has the advantages of large volume, fast, and on time, the subway is rapidly developed in major cities. From December 2017, there have been 35 cities in my country to open the subway, and the operating mileage exceeds 5000km. In recent years, with the acceleration of urbanization, the urban population has increased, and the road traffic congestion is increasingly serious. The traffic flow of urban subways has grown. In 2017, the total passenger traffic of Guangzhou Metro Network reached 2.803 billion, 76.678,200 averages, and the highest passenger traffic of the single day, with a passenger flow intensity reached 25,400 passenger / kilometers, Japan, ranking first in China. In particular, the maximum tota...

AI Technical Summary

Problems solved by technology

[0019] The technical problem to be solved by the present invention is to solve the problems existing in the existing passenger flow monitoring and guidance technology, such as labor-intensive, low detection accuracy, uneven distribution of passengers in carriages, uneven time for passengers to get on and off the train, long time at the station, and high operating costs. A system for detection and prediction of passenger flow in subway train carriages and platform waiting guidance

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