Intelligent transportation system
In the transportation system, there is a high demand for real-time communication between vehicles to support traffic management, autonomous driving, and vehicle safety. The intelligent transportation system includes devices such as traffic lights, surveillance cameras, sensors, etc., which need to achieve real-time data collection and transmission. Deterministic networks can provide low latency and high reliability network connections, supporting the stable operation of intelligent transportation systems.
The Internet of Vehicles is another typical application scenario for deterministic networks. With the continuous development of autonomous driving technology, vehicles need to communicate in real-time with the surrounding environment and other vehicles to ensure safe and efficient traffic flow. Deterministic networks can provide reliable communication links for the Internet of Vehicles, supporting real-time data transmission between vehicles and the implementation of safety functions such as emergency braking.
Medical field
In the medical field, real-time data transmission is crucial for remote monitoring, surgical robots, and medical diagnosis. Through deterministic networks, doctors can receive real-time medical data from patients for remote diagnosis and treatment. This can not only improve the efficiency of medical services, but also reduce medical costs. Deterministic networks enable surgical robots to operate in a highly real-time and reliable communication environment, ensuring the accuracy of surgery.
Virtual reality and augmented reality
Virtual reality (VR) and augmented reality (AR) applications increasingly require low latency and high bandwidth communication in order to provide users with an immersive experience. In virtual meetings, training, and entertainment scenarios, deterministic networks ensure real-time interaction and experience among users. In terms of AR navigation, it can provide low latency location information and support AR navigation and information stacking.
Power system
In the power system, real-time communication can make the collaborative operation of power distribution, smart grid, and power equipment more efficient.
Smart grid: Real time monitoring of power grid status, supporting remote control and collaborative operation of power equipment.
Power distribution: Providing real-time communication between power distribution equipment through deterministic networks to ensure the stability of power transmission.
These application areas highlight the value of deterministic networks in achieving efficient, reliable, and low latency communication, providing support for various critical applications.
The challenges and solutions of deterministic networks
With the continuous maturity and widespread application of 5G technology, more and more industries and application scenarios are beginning to demand higher reliability and low latency in communication. The integration of 5G and deterministic networks has also made some significant progress, but at the same time, it is also necessary to solve some key technical challenges, such as how to ensure the reliability and real-time performance of data transmission, how to improve the utilization and management efficiency of network resources, and how to reduce network construction and operation costs. In response to these challenges, a series of technical measures can be taken, such as optimizing the network architecture, introducing edge computing and cloud computing technologies, and adopting communication protocols with high reliability and low latency.