Design and optimization of all-optical AND and NOR logic gates in a two-dimensional photonic crystal for binary-phase-shift-keyed signals

著录项

• 来源
  《International Conference on BioMedical Engineering and Informatics》|2014年||共5页
• 会议地点
• 作者

  Yuxi Lin; Chunrong Tang; Hongxi Yin; Yang Hao; Chenguang Wu;

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• 作者单位

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• 会议组织
• 原文格式 PDF
• 正文语种
• 中图分类 生物医学工程;
• 关键词

  finite difference time-domain analysis; logic gates; optical design techniques; optical information processing; optical logic; optical modulation; optical phase shifters; optimisation; phase shift keying; photonic crystals; FDTD scheme; all-optical AND logic gate design; all-optical AND logic gate optimization; all-optical NOR logic gate design; all-optical NOR logic gate optimization; binary-phase-shift-keyed signals; finite-difference-time-domain scheme; intensity modulation signals; two-dimensional photonic crystal; wavelength 1530 nm to 1565 nm; Binary phase shift keying; High-speed optical techniques; Intensity modulation; Logic gates; Optical fiber communication; Optical waveguides; Photonic crystals; All-optical signal processing; Intensity modulation; Multimode interference; Photonic crystal;

  机译：有限差分时间域分析;光学设计技术;光学信息处理;光学逻辑;光学调制;光学相移器;优化;相移键控;光子晶体;FDTD方案;全光学和逻辑门设计;所有 光学和逻辑栅极优化;全光学和逻辑门设计;全光学或逻辑门优化;二进制相移键控信号;有限差分时间域方案;强度调制信号;二维光子晶体;波长1530nm至1565nm;二进制相移键控;高速光学技术;强度调制;逻辑门;光纤通信;光波导;光子晶体;全光信号处理;强度调制;光子晶体;光子晶体;