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光孤子通信技术充分利用了光纤中色散参数和非线性效应的相互作用,可以使光脉冲在光纤中无畸变的进行传输,不受外界条件的影响,从而可以实现脉冲的超长距离传输。利用OptiSystem提供的强大的工具箱,模拟了光孤子通信系统的模型。并在给定的参数下,实现了系统的仿真,证实了仿真模型的可行性和正确性,为将来在此基础上实现改进的光孤子通信系统提供了有力的实验依据。
Optical soliton communication technology takes full advantage of the interaction of dispersion parameters and nonlinear effects in the optical fiber, which can make the optical pulse transmit without distortion in the optical fiber and is not affected by external conditions, so that the long-distance transmission of the pulse can be realized. OptiSystem provides a powerful toolbox to simulate the optical soliton communication system model. Under the given parameters, the simulation of the system is realized, the feasibility and correctness of the simulation model are verified, which provides a powerful experimental basis for the realization of the improved optical soliton communication system based on this.