Clock synchronization mechanism
The clock synchronization mechanism is a core role in deterministic networks. In order to achieve highly reliable communication, advanced clock synchronization technologies such as high-precision mechanisms like IEEE 1588 and 802.1AS standards are required. The goal of this mechanism is to ensure that every node in the network can maintain a consistent clock. By implementing global clock synchronization, the operations of each node are coordinated to ensure that they communicate according to a predetermined timing.
In deterministic networks, the accuracy of timing directly affects the effectiveness of real-time communication. By adopting high-precision clock synchronization, we can reduce communication latency, avoid data transmission conflicts, and ensure precise execution of collaborative operations between all nodes.
The implementation of clock synchronization mechanism not only helps to improve the reliability of communication, but also creates a highly synchronized environment for various parts of the network. This is particularly crucial for fields such as industrial automation and vehicle networks that have strict requirements for communication quality. By ensuring that all nodes run on the same time benchmark, the clock synchronization mechanism lays a solid foundation for the robustness and reliability of deterministic networks.
Stream synchronization and temporal consistency
Flow synchronization and temporal consistency are key concepts in deterministic networks, which ensure that data flows in the network are transmitted within the same time window through specific mechanisms and scheduling strategies to prevent conflicts and chaos, thereby improving the temporal consistency of the network.