Modelling of fast steering mirror assembly: A review of the various methodologies

The interest towards using Fast Steering Mirror (FSM) assembly in optical communication is mainly fueled by the fact that this device has the capability of precise pointing and stabilization of the beam in optical systems. Scientists across the world are working on modelling and control of FSM that...

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Published in:Optik (Stuttgart) 2023-09, Vol.287, p.171108, Article 171108
Main Authors: Pal, Mahua, Das, Anusree, Banerjee, Kumardeb, Dam, Bivas
Format: Article
Language:English
Subjects:
Bandwidth
Black box modelling
Fast steering mirror assembly
Grey box modelling
Modelling
Parameter estimation
Tracking precision
White box modelling
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description The interest towards using Fast Steering Mirror (FSM) assembly in optical communication is mainly fueled by the fact that this device has the capability of precise pointing and stabilization of the beam in optical systems. Scientists across the world are working on modelling and control of FSM that will not only perform efficiently but also guarantee stability. Computationally efficient model of the FSM is one basic demand from scientists, for developing a control strategy of the FSM. Attention is focused on works which involves building a feedback control design to model a FSM. The survey results are not only used to identify the differences and similarities of the approaches, but also used to identify the modelling methodology suitable for a specific application.
doi_str_mv 10.1016/j.ijleo.2023.171108
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subjects Bandwidth
Black box modelling
Fast steering mirror assembly
Grey box modelling
Modelling
Parameter estimation
Tracking precision
White box modelling
title Modelling of fast steering mirror assembly: A review of the various methodologies
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