With the support of national policies, the development of smart cities is undergoing a major test, particularly in the field of urban public infrastructure. In this context, transportation has become a top priority in the construction of smart cities. How can smart city initiatives break through existing bottlenecks and build intelligent infrastructure? How can we effectively measure and improve the ability of urban traffic to "avoid congestion"? At the Internet + Urban Traffic Management Innovation Forum, the Ministry of Public Security highlighted various efforts being made, including the establishment of a comprehensive platform for public security traffic management, ongoing road tests for autonomous driving projects, and the development of systems for analyzing and preventing traffic accidents. Let’s take a closer look at what the automotive electronics editor has to say.
Currently, the comprehensive operational platform for public security traffic management is primarily focused on business management. This includes managing the registration of over 320 million drivers, nearly 300 million motor vehicles, and handling approximately 200,000 general traffic accidents per year, along with 89.9 million simple accident cases and nearly 10 million traffic violations. Wang Changjun, director of the Traffic Management Science Research Institute under the Ministry of Public Security, emphasized that this system also covers chemical management and the overall integration of the public security system.
The Ministry of Public Security is actively promoting the road testing of autonomous driving projects and developing systems for analyzing and preventing traffic accidents. These initiatives are part of a broader effort to integrate big data into traffic management. The comprehensive application platform is working to deeply integrate national traffic management big data with business operations, connecting to superior data resources and applying big data analysis techniques. This includes researching algorithms for traffic data analysis and understanding the regularities of national trunk road conditions, as well as predicting future road conditions across the national network.
In recent years, the public security traffic control department has consistently emphasized both road safety and urban smoothness. By adopting innovative approaches and leveraging big data and new technologies, they have introduced a series of reforms such as the "Internet + Vehicle Inspection" system and the motor vehicle selection system. The integrated service management platform allows data to do more work, reducing the need for people to run errands. Looking ahead, the public security traffic control department will continue to use the "Internet +" approach to drive the development of traffic management in the era of big data, making full use of informationization, intelligence, and technology to provide the public with more tangible benefits from "Internet +" innovations.
It is reported that the single-base smart platform within the public security traffic management integration application platform has accumulated nearly 100 terabytes of data. The quality of the data itself, along with the availability of computing facilities and processing power, presents a challenge. The question remains: how can the Ministry of Public Security manage this vast amount of information while ensuring effective data utilization? According to Wang Changjun, the main technical challenge currently faced by public security traffic police is building the necessary data engineers and scientific data stations to develop these algorithms.
Regarding the operation of the big data platform, the public security traffic data indicates that multiple autonomous driving projects will be tested. The Ministry of Public Security is currently setting up closed testing sites and designing road-based autonomous driving systems, including management measures, methods, and safety assessment strategies. Additionally, the ministry is focusing on systemic thinking around traffic accident prevention and the development of analytical and preventive systems.
This concludes our coverage of the Ministry of Public Security's efforts to promote road testing for autonomous driving projects and the development of traffic accident analysis and prevention systems. For more updates, please stay tuned. Electronic Engineering will provide you with more complete, detailed, and updated information.
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