首页> 外文会议>Conference on Optical Devices for Fiber Communication II 6-8 November 2000 Boston, USA >Parameter Identification for the Cascaded Fiber Optic Lattice Structure using the Schur Algorithm
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Parameter Identification for the Cascaded Fiber Optic Lattice Structure using the Schur Algorithm

机译:基于Schur算法的级联光纤晶格结构参数识别。

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摘要

We propose a method based on the Schur algorithm for the identification of an Ath-order recirculating fiber-optic lattice structure. We can obtain the coupling coefficients and delay time of the Nth-order recirculating fiber-optic lattice structure using the Schur algorithm from the input and the reflected data of the overall system measured by oscilloscope. To verify the validity of proposed method, we have composed a second order recirculating fiber-optic lattice structure with the coupling coefficients 0.1 and 0.3687. We have observed that the coupling coefficients computed by the proposed algorithm match very closely to the corresponding true values.
机译:我们提出了一种基于Schur算法的Ath级循环光纤晶格结构识别方法。我们可以使用Schur算法从示波器测量的整个系统的输入和反射数据中获得N阶循环光纤晶格结构的耦合系数和延迟时间。为了验证所提方法的有效性,我们构建了耦合系数为0.1和0.3687的二阶循环光纤晶格结构。我们已经观察到,由所提出的算法计算出的耦合系数与相应的真实值非常接近地匹配。

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