Rail transit intelligent passenger flow analysis and guidance system and passenger flow analysis and guidance method thereof

Abstract

The invention discloses a rail transit intelligent passenger flow analysis and guidance system. The system comprises a hardware integration platform, a vehicle-mounted intelligent passenger flow analysis and guidance system and a guidance information display part, wherein the hardware integration platform comprises a vehicle-mounted passenger flow data acquisition part, a vehicle-mounted edge processing part and a 5G vehicle-mounted data center; the vehicle-mounted passenger flow data acquisition part, the vehicle-mounted edge processing part and the 5G vehicle-mounted data center are all embedded into the vehicle-mounted intelligent passenger flow analysis and guidance system for collaborative design, so that video storage and video analysis are seamlessly connected; and by capturing passenger flow data in a vehicle, analyzing passenger flow density data and displaying passenger carrying congestion states of passenger compartments in real time, the rail transit is assisted to realizeresource integration and process optimization, so that safer, more comfortable, more refined and more automatic operation is realized.

Description

technical field [0001] The invention relates to the technical field of rail transit, in particular to a rail transit intelligent passenger flow analysis and guidance system and a passenger flow analysis and guidance method thereof. Background technique [0002] With the rapid development of our country's economy, the volume of urban traffic has increased significantly, and traffic problems have become increasingly prominent, which has become a bottleneck restricting urban economic development. In response to the increasingly saturated road traffic, major domestic large and medium-sized cities have chosen rail transit construction to relieve the growing pressure on public transport and improve the city's core competitiveness. As of the end of 2019, rail transit has been opened in 40 cities in mainland my country, with a total of 211 rail transit operating lines and 6,730.27 kilometers of operating lines. [0003] The current rail transit operation generally has the following...

AI Technical Summary

Problems solved by technology

[0004] In-vehicle video monitoring of rail transit cannot be fully transmitted, and the passenger flow status and events in rail transit cars still need to be reported manually by the driver, resulting in information delays; using the weighing-type car passenger flow statistics scheme, it is impossible to accurately count the people in the car and to guide the flow of people in a timely manner

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