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光孤子（或超短光脉冲）的获得为光纤通信提供了一种非常高的速度。但是，光孤子之间的非线性作用大大限制了其通讯速度。在本文中，分析了光孤子相互作用对光通讯的影响，并提出了利用光放大及光压缩技术来消除损耗和光子间非线性作用的方案，该方法不仅能提高光通讯的比特率，且能够加大其通讯的距离。通常，在通讯距离给定的情况下，通讯系统的比特率可提高４０％以上。
The availability of optical solitons (or ultrashort optical pulses) provides a very high speed for optical fiber communications. However, the non-linear effect of soliton greatly limits its communication speed. In this paper, the effect of optical soliton interaction on optical communication is analyzed and a scheme of using optical amplification and optical compression technology to eliminate the loss and non-linear interaction between photons is proposed. This method can not only improve the bit rate of optical communication, Can increase the distance of their communication. In general, the communication system’s bit rate can be increased by more than 40% with a given communication distance.