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A NUMERICAL OPTIMAL CONTROL APPROACH TO THE DESIGN OF AN OPTICAL FIBRE-BASED EVANESCENT FIELD SENSOR

机译:基于光纤的隐身场传感器设计的数值优化控制方法

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摘要

This paper presents an application of numerical optimization via dynamic programming in the design of a refractive index prole for an optical brebased evanescent eld sensor. The designed sensor delivers approximately 15% of the total propagating electromagnetic eld power to the surrounding environment for sensing purposes, representing a substantial improvement over previous ad-hoc designs delivering at most 9% (Gibson et al., 2001).
机译:本文介绍了通过动态编程进行数值优化在基于光纤的渐逝场传感器的折射率分布图设计中的应用。设计的传感器将大约15%的传播电磁场总功率提供给周围环境用于传感目的,这比以前的临时设计最多可提供9%的功率有很大的提高(Gibson等,2001)。

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