Intelligent Transportation Systems (ITS) rely on advanced information and communication technologies to automate and enhance traffic flow monitoring, signal control, vehicle management, and emergency response. Communication networks in ITS are responsible for the real-time transmission and processing of massive data, demanding high bandwidth, low latency, and the ability to support large-scale device connectivity.
Given the complex and variable traffic environment, communication equipment must possess robust anti-interference capabilities and environmental adaptability to ensure continuous and stable network connections. Systems typically adopt distributed architectures and redundant designs to enhance overall network reliability and fault tolerance.
Moreover, ITS imposes stringent requirements on network security, necessitating the protection of data transmission integrity and privacy. Efficient network management and maintenance mechanisms are also critical for ensuring the long-term stable operation of intelligent transportation systems.