The project is located in the service area where there is a concentrated flow of people and vehicles.Based on AI artificial intelligence algorithm + multi-dimensional data analysis model,Intelligent traffic flow guidance system combined with 5G Internet of Things integrated pole. It is a typical application of cutting-edge technologies such as 5G communications, artificial intelligence, big data, edge computing, and roadside acquisition in the field of new infrastructure. Perceive the traffic dynamics of people and vehicles, realize real-time automatic guidance through the LED information screen system, intelligent dispatch, and realize functions such as standardized driving behavior and scientific parking guidance.

The value of the project lies in the realization of the realization of the perception of human and vehicle traffic dynamics, real-time automatic guidance through the LED information screen system, intelligent dispatch, realization of standardized driving behavior, scientific parking guidance and other functions. This project focuses on the user experience, and in-depth thinking in practical applications.

The project has been put into commercial use in the Shaxi Smart Service Zone in Taicang City, and has been highly praised by the owner. Reduce daily operation and management costs, carry multiple types of functions, and reduce repeated investment in space intelligence.

The project has a variety of use scenarios, in an urban environment to solve traffic jams, violations and other behaviors to reduce the probability, make people's lives more efficient and convenient, and reduce the cost of traffic violation law enforcement. Undertake many important functions such as urban transportation, logistics, and environmental monitoring. The space environment can be used for traffic diversion, efficient monitoring and management of the flow of people, vehicles, and logistics, and improving the overall transportation efficiency of the society. In the future, by connecting the Internet of Things, as a node in the 5G and 6G network links, it will be deeply embedded in the driverless scene, and the vehicle will be deeply integrated with the urban space, and it will become an indispensable component in the traffic environment.

In the planning and design process of the project, we have a total of nearly 10 members participating in the design, structure, planning, marketing, installation guidance, and visualization platform development. In the early stage of the project, the client gave the expressway service area scenario requirements. Southeast University Future City Research Institute played the role of calculation and experimental support in the model stage.

The innovative point of the project in the implementation process is that in addition to the cultural innovation of the lamp holder in the appearance and shape, the rod body is combined with more intensive craftsmanship in function to make the installation easier. In use, it is also closer to the functional requirements of the service area scene.

The project took 8 months from initiation to design and implementation, costing 800,000 yuan.

As the project is located in the service area with a concentrated traffic flow, it is based on an AI artificial intelligence algorithm + multi-dimensional data analysis model, combined with a 5G IoT integrated pole smart traffic flow guidance system. It is a typical application of cutting-edge technologies such as 5G communications, artificial intelligence, big data, edge computing, and roadside acquisition in the field of new infrastructure. Perceive the traffic dynamics of people and vehicles, realize real-time automatic guidance through the LED information screen system, intelligently dispatch, realize the functions of standardized driving behavior and scientific parking guidance.