This dissertation focuses on the optical clock recovery techniques in optical packet switching (OPS) network.
本文主要研究应用于光分组交换网络的全光时钟恢复(提取)技术。
Pattern conversion is the key technology for all-optical clock recovery from non-return-to-zero (NRZ) signal.
码型转换是实现非归零(NRZ)信号全光时钟恢复的关键技术。
A method of fabricating holographic optical element (HOE) for free-space optical clock distribution is presented.
提出了用二维全息光栅制作自由空间光学时钟分布中的全息光学元件的方法。
The effect can be used to realize special functional devices in optical networks, e. g., optical clock distribution and multi-waveguide coupler, etc.
该效应可用于实现光网络中的特殊功能器件，如光时钟分布、多路波导耦合器等。
To reduce the pattern effect in all-optical clock recovery, a novel device termed as code mixer was designed to preprocess the injected data signals.
为减少全光时钟提取中的码型效应，设计了混码器对注入数据脉冲进行预处理。
To reduce the pattern effect in all-optical clock recovery, a novel device termed as code mixer was designed to preprocess the injected data signals.
为减少全光时钟提取中的码型效应，设计了混码器对注入数据脉冲进行预处理。
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