2016Unpublished venueRequires access

Quaternion approach to study of the polarization maintaining optical fibers

Chongqing Wu, Xianfeng Zhang, Zejia Huang

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Abstract

In this paper, the progress of the stress sensor based on Polarization Maintaining Fiber (PMF) is reviewed, and point out that the joint multi-effect of internal and external effects in PMF based sensor is a basic phenomenon, and the study on multi-effect have important academic value and application prospects. A quaternion approach to study on the multi-effects of PMF sensor is proposed, and the cosines law on the multi-effects is presented and proved. Theoretical analysis and simulation based on the theorem are given. The experiments to demonstrate the multi-effect is designed and related results proved the correctness of the cosines law of joint multi-effect.

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What this paper is about

In this paper, the progress of the stress sensor based on Polarization Maintaining Fiber (PMF) is reviewed, and point out that the joint multi-effect of internal and external effects in PMF based sensor is a basic phenomenon, and the study on multi-effect have important academic value and application prospects. A quaternion approach to study on the multi-effects of PMF sensor is proposed, and the cosines law on the multi-effects is presented and proved. Theoretical analysis and simulation based on the theorem are given. The experiments to demonstrate the multi-effect is designed and related results proved the correctness of the cosines law of joint multi-effect.

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Available abstract

In this paper, the progress of the stress sensor based on Polarization Maintaining Fiber (PMF) is reviewed, and point out that the joint multi-effect of internal and external effects in PMF based sensor is a basic phenomenon, and the study on multi-effect have important academic value and application prospects. A quaternion approach to study on the multi-effects of PMF sensor is proposed, and the cosines law on the multi-effects is presented and proved. Theoretical analysis and simulation based on the theorem are given. The experiments to demonstrate the multi-effect is designed and related results proved the correctness of the cosines law of joint multi-effect.

Key concepts: Quaternion, Direction cosine, Correctness, Polarization (electrochemistry), Computer science, Optical fiber, Control theory (sociology), Mathematics

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