High-order nonlinear optical fiber cross phase plays an important role in optical fiber applications. All optical logic circuits based on high order nonlinear optical fiber cross phase have the advantages of fast, accurate, reliable and distance free in the process of information transmission. In this paper, the principle of high order nonlinear optical fiber system and the basic concept of all-optical logic circuit are described, and the application of various serial decoding algorithms of all optical logic circuit in optical fiber communication is studied.
The cross-amplification modulation effect is a key technology for the optimization of highly nonlinear optical fibers. Based on this technology, the expression of multifunctional all-optical logic can be realized effectively. This paper introduces the cross-amplification modulation effect in the application of highly nonlinear fiber. From the perspective of all-optical logic, it is found that the impedance Z can be directly represented by the model, and it is a cross-amplification modulation commonly used in multifunctional analysis.
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