Data collection and processing technology is a key component in realizing the intellectualization of bus stops. It collects various types of data inside and outside the bus stops through a variety of sensing devices, enabling real-time comprehensive information perception including the status of stop equipment, environment, passenger flow, monitoring, and emergency early warning. The collected data is then uploaded to the background for analysis and processing, and the processed data provides services to end-users through various application layers. By real-time grasping the status of the bus stop via device sensing, information-based management at the application level is further realized, facilitating the making of operation and management decisions, improving operational efficiency, and enabling the bus stop to serve passengers and operation management in a more intelligent manner.
Smart bus stops are equipped with high-definition network infrared cameras, which are used to monitor the docking of buses, the boarding and alighting of passengers, and the dynamics of waiting passengers. These cameras can realize functions such as waiting passenger count monitoring, face recognition, and behavior recognition, providing a basis for bus dispatching. They also conduct passenger flow statistics, density early warning detection, and abnormal situation detection for people at the stop. Through the linked application of video and broadcasting, intelligent reminders and notifications are sent for abnormal behaviors, which enhances the supervision capability of backend supervisors over the bus stop and realizes the intelligent management of the stop.
To ensure the security of data transmission, a security authentication mechanism is adopted. Real-time data interaction is conducted with the background server through a 5G module to obtain data such as route information, vehicle numbers, GPS information of on-board terminals, departure schedules, station coordinates, real-time weather, and time calibration. The sending frequency of server interface data is once every 10 seconds. This high-frequency data interaction and communication effectively ensure the timeliness and accuracy of the bus arrival prediction function.
Smart bus stops can achieve data sharing and information exchange through the construction of an Internet + data platform. By cooperating with urban traffic management departments, smart bus stops can obtain real-time urban traffic data, providing more accurate information services for passengers.
FAQ - Frequent Questions
1. When and where is the Expo going to be?
The expo is going to be held from May 13 through 15, 2026, at Hall C, XICEC (Xiamen International Conference and Exhibition Center), Xiamen, China.
2. How big is the exhibition?
The program covers 40,000 m2 of space with 350+ exhibitor companies. Visitors of the trade show from all over the world - more than 30,000 - are expected to be.
3. What are the activities?
Over 80 industry-driven forums and events will consider various topics such as intelligent mobility, vehicle communication, safety, and sustainable development.
4. How many countries and regions participate?
Executives from more than 80 countries and regions will be at the event, making it a worldwide summit of next-gen transportation innovation.
5. Can I find cooperation opportunities?
Yes, There expo with 1000+ partners globally is a place where one can find a lot of such opportunities as business collaboration, technology exchange, and investment.
6. Who can give me more details?
In case you want more information, the organizing committee will always be glad to assist you. Contact them through the "Contact Us" section on the official website.
