TL;DR
This paper introduces an optimal algorithm for polarization tracking in Lithium-Niobate-based controllers, involving calibration, rotation, and stabilization, with theoretical modeling and numerical simulation demonstrating its effectiveness.
Contribution
It presents a novel optimal algorithm and theoretical model for polarization tracking in Lithium-Niobate-based controllers, validated through MATLAB simulations.
Findings
Successful numerical simulation results
Effective polarization state stabilization
Accurate device calibration methodology
Abstract
We present an optimal algorithm for the three-stage arbitrary polarization tracking using Lithium-Niobate-based Polarization Controllers: device calibration, polarization state rotation, and stabilization. The theoretical model representing the lithium-niobate-based polarization controller is derived and the methodology is successfully applied. Results are numerically simulated in the MATLAB environment.
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