Scientific Development Research

Rainy weather poses a severe threat to road traffic safety. Traditional pavement anti-skid performance detection methods suffer from problems such as poor real-time performance, cumbersome operation, and weak environmental adaptability. To enhance the scientificity and efficiency of road safety management under rainy weather conditions, this paper focuses on the research and development of an intelligent detection device, and constructs a rapid detection system for anti-skid performance in rainy weather based on multi-sensor fusion and intelligent algorithms. This device integrates modules for image recognition, slip resistance measurement, and environmental data sensing, enabling dynamic evaluation of pavement anti-skid performance under different rainfall intensities. Experimental results show that the developed device has advantages including high detection accuracy, fast response speed, and strong environmental adaptability. It provides road management departments with a visual and intelligent safety monitoring method, and lays a technical foundation for the construction of traffic safety early warning systems.

Anti-skid performance; Intelligent detection; Rainy pavement; Multi-sensor fusion; Traffic safety