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Urban-rural Bus Video Surveillance Solutions

418 words | Last Updated: 2024-04-18 | By Golong
Author: Golong
We are a leading public transport payment system provider, founded in 2015. We focus on developing and operating smart hardware and software for IoT, facial recognition, and digital currency.
Urban-rural Bus Video Surveillance Solutions
Table of Contents

Buses play an extremely important role in public transportation.
How to ensure good and stable public transportation and provide bus operation and management efficiency is a difficult problem faced by many bus companies.


The public transport surveillance system can effectively solve many problems in public transport:

  • Completely record everything that happened in buses to ensure the safety of passengers and prevent disputes between drivers and passengers.
  • Record the road conditions and driving information in front of and behind buses to avoid disputes after a traffic accident.
  • Integrate the bus station system to realize the integration of bus station and video surveillance.
  • Accurately record the traffic flow based on the traffic statistics of the video screen.
  • Remotely monitor, capture images, download videos, etc. through a 3G/WIFI network.
  • Track and record the position of buses at any time through the GPS positioning system.
  • Upload time/alarm information can help management personnel keep abreast of bus status and emergencies.
  • Professional operation and scheduling management platform can realize the centralized management of multiple modules such as vehicle monitoring system, route scheduling management, ticket data, driver and passenger information, station, and parking lot monitoring system, etc.

System:

The entire monitoring system consists of three parts: the terminal on-board monitoring system, the video monitoring platform, and the bus dispatching system. The terminal on-board monitoring system includes wireless on-board video terminals, on-board cameras, on-board pickups, on-board displays, and station annunciators.

  • The platform adopts a multi-server architecture, using mainstream databases. The platform relies on components to realize video surveillance and video playback. The design of the platform software can meet the requirements of basic network management such as practicability, compatibility, scalability, and reliability.
  • The platform has an automatic alarm function. Wireless networks can be reconnected when interrupted. All devices can be automatically connected to the monitoring system and work normally.
  • The client software has a good operation interface and has auxiliary interfaces such as image, alarm, video playback, device management, etc.
  • Equipment and user registration management can be completed through the platform; alarm information and control signaling forwarding; equipment and user configuration management; alarm access processing and linkage.
  • remote real-time monitoring; real-time tracking and monitoring of electronic maps; image playback and bus historical data playback.
  • Remote network monitoring; remote network management; 4G wireless mode.

Application Features, Platform Architecture and Functions

  • Support remote monitoring, remote control, remote recording, image capture, and video playback.
  • Support remote scheduling.
  • Support intelligent automatic scheduling.
  • Support one-click alarm function.
  • Support fatigue driving equipment.
  • Support lane departure function.
  • Support passenger traffic statistics.