All optical signal level swapping and multilevel amplitude noise mitigation based on different regions of optical parametric amplification | Zendy

Yinwen Cao | Zendy; Morteza Ziyadi | Zendy; Youichi Akasaka | Zendy; A. Mohajerin-Ariaei | Zendy; Jeng-Yuan Yang | Zendy; Ahmed Almaiman | Zendy; Peicheng Liao | Zendy; Fatemeh Alishahi | Zendy; Nisar Ahmed | Zendy; Asher J. Willner | Zendy; Shigehiro Takasaka | Zendy; Ryuichi Sugizaki | Zendy; Joseph D. Touch | Zendy; Motoyoshi Sekiya | Zendy; Moshe Tur | Zendy; Alan E. Willner | Zendy

Open Access

All optical signal level swapping and multilevel amplitude noise mitigation based on different regions of optical parametric amplification

Author(s) -

Yinwen Cao,

Morteza Ziyadi,

Youichi Akasaka,

A. Mohajerin-Ariaei,

Jeng-Yuan Yang,

Ahmed Almaiman,

Peicheng Liao,

Fatemeh Alishahi,

Nisar Ahmed,

Asher J. Willner,

Shigehiro Takasaka,

Ryuichi Sugizaki,

Joseph D. Touch,

Motoyoshi Sekiya,

Moshe Tur,

Alan E. Willner

Publication year - 2016

Publication title -

optics letters

Language(s) - English

Resource type - Journals

SCImago Journal Rank - 1.524

H-Index - 272

eISSN - 1071-2763

pISSN - 0146-9592

DOI - 10.1364/ol.41.000677

Subject(s) - amplitude , amplitude modulation , amplitude and phase shift keying , physics , parametric statistics , quadrature amplitude modulation , amplitude shift keying , signal (programming language) , noise (video) , optical modulation amplitude , optics , pulse amplitude modulation , phase shift keying , electronic engineering , computer science , bit error rate , optical amplifier , telecommunications , frequency modulation , mathematics , engineering , bandwidth (computing) , statistics , laser , channel (broadcasting) , artificial intelligence , pulse (music) , image (mathematics) , detector , programming language

All optical signal level swapping and multilevel amplitude noise mitigation are experimentally demonstrated using the three gain regions of optical parametric amplification, i.e., linear, saturation, and inversion. The two-amplitude-shift-keying and eight-quadrature-amplitude-modulation optical communication systems with baud rates of both 10 and 20 Gbaud have been employed to demonstrate the proposed approaches. Less than 1% error-vector-magnitude degradation is observed after signal level swapping. For amplitude noise mitigation, a more than 20% decrease in amplitude error is confirmed.

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