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gradient-based adaptive multivariable method for optimizing optical system designs without repetition

机译:基于梯度的自适应多变量无重复优化光学系统设计的方法

摘要

The present invention deals with a method for the design and optimization of optical communication systems without repetition, said systems belonging to the field of telecommunications engineering, more specifically in the area of optical communications, which do not have electrically energized elements along the communication line. Such systems are commonly based on hybrid amplification techniques in the most diverse possible topologies, in order to provide optical gain to the set of channels transmitted by the proposed system, making use of pumping units positioned at the ends of the analyzed link, optically energizing the units passive devices capable of providing concentrated or distributed gain to signals propagated by the same optical fiber. In such a way that networks based on hybrid amplification technologies allow the interconnection of geographically isolated locations, or of difficult access to the global telecommunications network with high transmission rates and low latency.
机译:本发明涉及一种无需重复的光通信系统的设计和优化的方法,所述系统属于电信工程领域,更具体地说,属于光通信领域,其沿通信线路没有电激励元件。这样的系统通常基于混合放大技术,具有多种多样的拓扑结构,以便利用位于分析链路两端的泵浦单元,为提议的系统传输的信道集提供光增益,从而对链路进行光激励。单元能够为同一根光纤传播的信号提供集中或分布式增益的无源设备。这样,基于混合放大技术的网络就可以实现地理上相互隔离的位置之间的互连,或者允许以高传输速率和低延迟访问全球电信网络。

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