Optimization of Multilayer Photonic Structures using Artificial Neural Networks to Obtain a Target Optical Response
Kirill R. Safronov, Vladimir O. Bessonov, Andrey A. Fedyanin
Abstract
A new deep machine learning method is proposed for the task of selecting the parameters of a multilayer photonic structure to obtain a target optical spectrum of the reflection coefficient. The proposed training method is based on the connection of an artificial neural network for solving the inverse problem and the analytical transfer matrix method. This approach allows achieving high accuracy of the network. The developed method can be applied to the design of a structure that takes the derivative of the coordinate for an incident optical -signal.
Topics & Concepts
Artificial neural networkComputer sciencePhotonicsInverseArtificial intelligenceMatrix (chemical analysis)SIGNAL (programming language)Transfer-matrix method (optics)Reflection (computer programming)AlgorithmOpticsMaterials sciencePhysicsMathematicsProgramming languageComposite materialGeometryPhotonic Crystals and ApplicationsPhotonic and Optical DevicesOptical and Acousto-Optic Technologies