Wireless Transmission Solution for Intelligent Bus Identification System

In the era of continuous technological advancement and rapid development of artificial intelligence, facial recognition technology has gradually found applications in various fields. The public transportation sector is one of the significant application scenarios. The introduction of facial recognition technology can enhance transportation safety, efficiency, and convenience.

To meet the needs of bus companies for passenger identity verification and safety management, improve operational efficiency, and help passengers enjoy more convenient bus services by enabling contactless boarding, Dongyong Technology has designed a comprehensive wireless transmission solution for an intelligent bus identification system. This solution consists mainly of two parts: the intelligent bus identification system and the wireless network communication system. The intelligent bus identification system is responsible for collecting, processing, and comparing facial images to identify passengers, while the wireless network communication system is responsible for connecting the facial recognition devices to the internet and transmitting data to the bus command center.

Intelligent Bus Identification System:

The system employs advanced facial recognition technology to collect facial images and extract features, achieving high-precision facial recognition. It includes modules for facial detection, feature extraction, feature matching, and identity verification, capable of accurately identifying passenger identities and preventing counterfeit tickets. Additionally, the system can be upgraded and expanded based on the actual application scenarios.

Wireless Network Communication System:

The SR500 industrial router is used as the data transmission device, enabling wireless data transmission through the operator’s network. Considering the stability and security of data transmission, the device’s built-in VPN encryption channel technology is utilized for data transmission. This ensures both the stability of data transmission and the security of the data. Moreover, the device features full protection design and anti-interference capabilities, accommodating the mobility of buses and the complexity of on-site construction, ensuring stable operation in harsh environments.

Data Storage and Real-Time Monitoring:

At the bus command center, the cloud assistant software deployed on the server establishes a VPN tunnel with the wireless router device, facilitating bidirectional communication with the facial recognition devices. This setup allows for data storage, display, and computational analysis, enabling real-time monitoring of passenger information.