Intrinsic attenuation in multi-mode fiber interconnects

S.J. Floris; B.P. Hon, de; T. Bolhaar

Intrinsic attenuation in multi-mode fiber interconnects

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Abstract

A Wilson basis is an ingenious modification of a Gabor frame, with basis functions that have a notionally compact support in phase space. We shall give a short description of an algorithm for the construction of a Wilson basis. Through spatial scaling of the Wilson basis relative to a higher-order LP-mode, the basis may appear to vary from effectively local to effectively global. For mode-matching purposes local is advantageous. However, the field expansion requires fewer coefficients in the more global basis.

Original language	English
Title of host publication	Proceedings of the 61st International Cable Connectivity Symposium (IWCS), November 11-14, 2012, Providence, RI, USA
Publisher	IWCS
Pages	829-832
Publication status	Published - 2012

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title = "Intrinsic attenuation in multi-mode fiber interconnects",

abstract = "A Wilson basis is an ingenious modification of a Gabor frame, with basis functions that have a notionally compact support in phase space. We shall give a short description of an algorithm for the construction of a Wilson basis. Through spatial scaling of the Wilson basis relative to a higher-order LP-mode, the basis may appear to vary from effectively local to effectively global. For mode-matching purposes local is advantageous. However, the field expansion requires fewer coefficients in the more global basis.",

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AB - A Wilson basis is an ingenious modification of a Gabor frame, with basis functions that have a notionally compact support in phase space. We shall give a short description of an algorithm for the construction of a Wilson basis. Through spatial scaling of the Wilson basis relative to a higher-order LP-mode, the basis may appear to vary from effectively local to effectively global. For mode-matching purposes local is advantageous. However, the field expansion requires fewer coefficients in the more global basis.

M3 - Conference contribution

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EP - 832

BT - Proceedings of the 61st International Cable Connectivity Symposium (IWCS), November 11-14, 2012, Providence, RI, USA

PB - IWCS

ER -

Intrinsic attenuation in multi-mode fiber interconnects

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