基于偏振前向传感的光纤中多扰动精准定位
Accurate Multi-perturbation Localization in Optical Fibers with Polarization-based Forward Sensing
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中文总结 AI 辅助
该研究提出基于偏振前向传感的方法，通过互相关、峰值检测与插值，在10 GSa/s数值光纤模型中实现5个多扰动的精准定位，中位误差3.5 m。
中文摘要 AI 辅助
我们提出一种从光纤输出端精准定位多个扰动的方法：对两个波长的接收偏振态进行互相关，应用峰值检测并对峰值插值以提升精度；在10 GSa/s数值光纤模型中成功定位5个同时出现的扰动，中位误差为3.5 m。
英文摘要
We present a method to accurately localize multiple perturbations from fiber outputs. We cross-correlate received polarizations between two wavelengths, apply peak detection, and interpolate peaks to boost accuracy. We localize five simultaneous perturbations in a 10 GSa/s numerical fiber model with 3.5 m median error.
