Coach Telematics Tracking System
Coach Telematics System
With the expansion of urban economies, passenger transport companies have developed rapidly. The number of vehicles and the scale of Coach stations continue to grow. Long-distance passenger transport vehicles are crowded and have enclosed spaces, which can create challenges for fleet managers, such as the following:
1. Lack of asset security: Although GPS tracking systems are installed, passenger safety, especially during nighttime travel, cannot be guaranteed, and there is no way to provide evidence afterward.
2. Inability to supervise driver operations: Unsafe behaviors such as speeding, driving while fatigued, and using a phone while driving increase safety risks.
3. Private passenger transport and violations: Drivers engaging in unauthorized passenger transport, embezzling ticket fees, changing routes, etc., negatively impact the company's image and lead to complaints.
4. Difficulty in obtaining management data: With decentralized management, it is difficult to accurately collect data and effectively assess drivers, leading to increased operational costs.
5. Delayed response to emergencies: When unexpected events such as traffic accidents or robberies occur, the monitoring center’s delayed response may lead to complaints.
6. Need for improved service quality: As societal demands for service quality increase, improving service standards is crucial for market competition.
Coach Telematics Onboard Monitoring System Composition
China's YUWEI, with years of experience in vehicle-mounted monitoring R&D, has launched a 3G/4G intelligent vehicle monitoring system solution to help passenger transport companies address management issues.
Coach Telematics System
The 3G/4G onboard intelligent monitoring system includes the front-end vehicle monitoring system, mobile communication network, and server monitoring center. The system design follows the principles of advancement, practicality, scalability, reliability, security, and ease of use, aiming to establish an efficient, stable, and flexible system.
Front-End Vehicle Monitoring System
The front-end vehicle monitoring system collects audio and video data through cameras installed both inside and outside the vehicle, ensuring no blind spots in surveillance. It utilizes GPS to provide real-time vehicle location tracking. Additional external devices such as vehicle alarm switches, digital intercoms, fatigue detection devices, and temperature sensors ensure safety. All data is encoded, stored, and transmitted to the server via 3G/4G wireless networks, facilitating remote management.
Camera Installation Locations:
1. Front camera: Records driving footage.
2. Driver seat camera: Monitors driver operations.
3. Front door camera: Monitors passenger boarding.
4. Aisle front and rear cameras: Prevents theft.
5. Rear door camera: Monitors passenger disembarking.
6. Rear trunk front camera: Monitors lost item queries.
7. Rearview camera at the back of the vehicle: Monitors the road conditions behind the vehicle.
Mobile Communication Network
Since vehicle-mounted monitoring points are in a constantly moving environment, all data needs to be transmitted in real-time through the 3G/4G network. 3G/4G can also be used for remote upgrades, parameter modifications, digital intercom, and alarm message viewing for remote management.
Server Monitoring Center
The server monitoring center consists of an IVMS server cluster, background management software, and client software, adopting both centralized and distributed network architectures. It enables the simultaneous remote monitoring of multiple vehicles, video recording, snapshot capture, and more. By using GIS electronic maps, the vehicle status can be viewed, driving routes queried, videos replayed, alarm information checked, and the alarm vehicle’s location and live footage quickly located.
Wi-Fi automatic download servers are configured at Coach terminal parking lots to automatically download monitoring video files to specified storage servers. Management personnel can generate accounts via authorization for centralized vehicle management and monitor and manage vehicles in real-time through a web client on smartphones or computers.
