Design and Implementation of Parallel Deterministic Network System

With the current development of industrial Internet technology, the number of interconnected industrial control devices is increasing, the throughput of key data in industrial Internet networks is increasing, and the requirements for deterministic data processing are increasing. Traditional industrial control systems generally use low-performance single-core processors, which operate the collected industrial data in a single-core and single-threaded manner, resulting in poor key data processing capabilities and a lack of data scheduling capabilities. With the development of industrial Internet technology and deterministic network technology, the parallel data processing capabilities of multi-core SoCs can effectively meet the needs of industrial real-time networks. The data flow of the industrial Internet network uses custom data identification and a parallel data processing mechanism. The data faces macro operations such as data packet matching, parsing, and forwarding to establish models, provide accurate execution mechanisms for devices in the time dimension, and effectively ensure high throughput and low-latency deterministic transmission of industrial control data.