The intelligent transportation simulation sand table model is a tool used to simulate and display the operation status of urban transportation. It visualizes and reproduces various components of the urban transportation system through precise modeling and advanced technological applications, providing decision support and reference for urban planning, transportation management, and public travel. Firstly, the intelligent transportation simulation sand table model can help urban planners better understand and plan the urban transportation system. Through the sand table model, it is possible to simulate the changes in factors such as traffic flow, pedestrian flow, and traffic signals under different traffic scenarios, in order to evaluate the impact of different planning schemes on urban traffic. This helps urban planners develop more scientific and reasonable transportation planning schemes, optimize urban transportation layout, and improve urban transportation efficiency.

Secondly, the intelligent transportation simulation sandbox model can provide effective traffic management tools for traffic managers. Through the sand table model, it is possible to monitor the real-time operation status of urban traffic, predict the occurrence of sudden events such as traffic congestion and accidents, and take corresponding traffic management measures. This helps traffic managers better address traffic issues and ensure smooth and safe urban transportation. In addition, the intelligent transportation simulation sand table model can also provide convenience for public travel. Through the sand table model, the public can have a more intuitive understanding of urban traffic conditions, plan travel routes, and avoid traffic congestion and inconvenience. Meanwhile, the sand table model can also provide transportation information consulting services for the public, improving their travel efficiency.

In the production process of the intelligent transportation simulation sand table model, various technical means need to be used, such as GIS geographic information system, 3D modeling technology, sensor technology, etc. The application of these technologies makes the sand table model more accurate and realistic, and can better simulate the operation of urban transportation systems. The intelligent transportation simulation sand table model is an important tool for transportation planning and management, with broad application prospects. With the continuous development and improvement of urban transportation systems, intelligent transportation simulation sand table models will play a more important role in urban planning, traffic management, and public travel.