Design and Development of Optical Fiber Communication Technology in Network Remote Control System

In the design phase of the network remote control system, due to the lack of sorting of communication data, the performance of the control system is difficult to stabilize at a higher level. Aiming at this, the design and development of optical fiber communication technology in the network remote control system are proposed. The MYC-J335X-V2 core board is used as the development hardware of the design system, and a network remote control system with a three-layer structure including the use layer, storage layer and service layer is designed. Optical fiber communication technology is used as the basis for data interaction at all levels. Industrial DH/DH+ fieldbus optical fiber repeater RT-FHI-S is used as the optical fiber repeater of the system, and the layer to point communication structure is established; The storage layer sets fuzzy rules for the signals in the optical fiber repeater to solve the problem that the optical fiber repeater cannot completely match the network membership function; In the service layer, the data transmitted by the optical fiber repeater is statically and uniformly quantified, so as to reduce the response time of the system. In the test results, the design system achieves stable high performance output in different scenarios.