A practical method of optical logic coding by 4f system is designed.
设计了用4f系统进行光学逻辑编码的方法。
All-optical logic operation and wavelength conversion are the key technologies in the OPS network.
全光逻辑以及波长变换也是OPS网络的关键技术。
Thus, as a key device used in optical switching and optical logic, bi-stable laser has been widely studied.
双稳态激光器作为光交换、光逻辑运算的一种重要部件得到了广泛的研究。
Chaotic synchronization of semiconductor lasers with the coupling and its application in optical logic gates are studied.
研究了半导体激光器混沌耦合同步及其在光学逻辑门的应用。
Furthermore, it is shown that a SRL logic circuit can be all-optically reconfigured to perform different all-optical logic functions.
通过重新配置，SRL逻辑电路可实现多种不同的全光逻辑功能。
The proposed scheme may be used for increasing spectral efficiency and all-optical logic device.
此方案可以提高光传输中的频谱效率，以及应用在全光逻辑器件领域。
OPS still is placed in to study the stage because of lacking of the high-speed optical logic device and optical buffer.
光分组交换由于缺乏高速光逻辑器件、光缓冲存储器等，因此还处于研究阶段。
The key technologies in the OPS network include optical switch, optical logic operation, wavelength conversion and optical buffer etc.
OPS网络结构中的关键技术包括光开关、光逻辑、全光波长变换以及光缓存等多项技术。
A real time optical logic processor is presented, that can perform binary logic operations in parallel. Experimental result is given of the system as a half adder.
本文提出了一种能实时完成二进制逻辑运算的光学并行处理系统，并给出了作为半加法器的实验结果。
Multiple-valued optical logic implementation have firstly been demonstrated by using bistable laser diode (BILD) or bistable light emitting diode (BILED) circuits.
利用双稳态激光二极管(BILD)或双稳态发光二极管(BILED)回路首次得到了光学多值逻辑。
For realizing symbolic substitution rules of binary addition. This paper proposes a simple optical logic system which includes only one 2-d array of optical bistable device.
为了实现二进制加法符号替换规律，本文提出了一种简单的光逻辑系统，它仅包括一片二维列阵光学双稳器件。
The nonlinear characteristics of semiconductor optical amplifier (SOA) have important applications for the all-optical switching, wavelength conversion, and optical logic gate.
半导体光放大器（SOA）的非线性特性在光开关、波长变换、光逻辑运算中有重要的应用。
Wavelength conversion is used to solve the wavelength conflict due to the data traffic jam and all-optical logic operation is used for recognizing and processing the label of packets.
波长变换用于解决网络拥塞造成的波长冲突，全光逻辑用以实现包头识别处理等功能。
In this paper, experimental schemes and results using the SRL as a universal photonic digital element to form all-optical logic, memory, and signal processing circuits are summarized.
本文综述了将SRL作为普通的光子数字元件形成全光逻辑、存储和信号处理电路的实验方案与结果。
In this paper, experimental schemes and results using the SRL as a universal photonic digital element to form all-optical logic, memory, and signal processing circuits are summarized.
本文综述了将SRL作为普通的光子数字元件形成全光逻辑、存储和信号处理电路的实验方案与结果。
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