I. Functions of the Cloud Control Platform (Three Core Capabilities)
1. Road Network Operation and Autonomous Driving Support
System Integration: Integrate business systems such as video surveillance, traffic flow detection, and signal control;
Core Value: Help managers grasp the real-time operation status and change rules of the road network, provide reliable prediction and planning decisions for autonomous vehicles, and support traffic management departments in realizing remote real-time monitoring of road traffic conditions.
2. Traffic Infrastructure Management
Management Methods: Conduct information-based management of traffic infrastructure through tools such as video surveillance systems, detection systems, and mobile terminals;
Core Value: Enable managers to fully perceive and monitor the status of infrastructure, provide data support for safety management and maintenance management, and thereby improve the level of traffic operation management and service support capabilities.
3. Traffic Situation Analysis and Management Optimization
Data Processing: Collect and integrate data such as historical traffic flow, traffic violations, and traffic accidents, and conduct thematic analysis;
Core Value: Realize scientific judgment of traffic situations and refined management, and provide decision-making basis for traffic management departments in work such as traffic organization optimization, rational deployment of police forces, and accurate placement of equipment.
II. Application Prospects (Technology Trends and Integration Directions)
1. Three Major Trends in the Automotive Industry
Intelligentization: Promote the transformation of automobiles from a single means of transportation to a living space;
Connectedization: Drive the transformation of roads from a single infrastructure provider to an information and communication provider;
Digitalization: Propel the transformation of cloud platforms from single information interaction to integrated services and decision support.
2. Core Integration Requirement:
Against this backdrop, intelligent connected vehicles need to rely on the empowerment of vehicle-road-cloud integration technology to ultimately achieve in-depth integration of vehicles, transportation, and cities, so as to adapt to the development needs of future intelligent transportation.
III. Composition and Functions of the Global Dynamic Traffic Management Platform (Three Core Modules)
The platform mainly consists of a big data platform, an integrated command, dispatch and control system, and a distributed computing center. The functions of each module are as follows:
1. Big Data Platform
Data Collection: Integrate road section traffic data and internet traffic data with an open mindset;
Data Processing: Analyze, summarize, sort out, and conduct deep learning on the collected data based on big data technology;
Application Output: Build a self-learning intelligent application system oriented to the public and managers with iterative upgrade capabilities. Through customized services, it supports managers to conveniently carry out work such as daily road section management, emergency management, and holiday-specific management.
2. Integrated Command, Dispatch and Control System
Function Integration: With integrated command and dispatch as the core support, it efficiently integrates functions such as road condition monitoring, incident handling, video surveillance, and strategy management into a "multi-in-one" system;
System Management: Realize unified access management and centralized intelligent control of various business systems;
Collaborative Linkage: Coordinate on-site personnel from departments such as public security, traffic police, and road administration, quickly realize business data sharing and cross-departmental collaborative work, and improve the efficiency of emergency handling and daily management.
Distributed Computing Center: As the basic computing power support for the platform's operation, it provides stable and efficient computing resources for big data processing, multi-system collaboration, and real-time business response, ensuring the smooth implementation of the platform's overall functions.
FAQ – Frequently Asked Questions
1. When and where will the Expo be held?
The Expo will take place from 13 to 15 May, 2026, at Hall C, Xiamen International Conference and Exhibition Center (XICEC) in Xiamen, China.
2. What is the exhibition scale?
The event will take place over a space of 40,000 m²and will consist of more than 350 companies. The number of professional visitors is projected to exceed 30,000. They will come from all over the world to attend the event.
3. What activities are included?
The expo is open to more than 80 professional forums and events that talk technologically about changes in transportation, safety, and sustainable development.
4. How many countries and regions are involved?
The attendees are those coming from over 80 countries and regions. Therefore, the event represents a global summit for the future of the intelligent transportation industry.
5. Are there opportunities for cooperation?
Yes. With more than 1,000 global partners, the Expo is a place where business collaboration, technology exchange, and investment opportunities are plentiful.
6. Who can I contact for details?
Besides the other means of communication, you may reach the organizing committee through the official website's Contact Us section for more info.
