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Simulative study of all-optical frequency encoded dibit-based controlled multiplexer and de-multiplexer using optical switches

机译:使用光开关对全光学频率编码的基于DIBIT的控制多路复用器和解复用器的模拟研究

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摘要

Abstract Optics is already established as potential candidate due to its super-fast speed in communication and computation. Therefore, different logical, combinational and sequential circuit operations using all-optical frequency encoding technique have been proposed by several authors. Here, the authors have projected dibit scheme, which reduces the bit error problem and gives the benefit of high-speed operation. Exploiting this fact, here we have proposed all-optical frequency encoded dibit-based multiplexer and de-multiplexer, using the optical switches like add/drop multiplexer and reflected semiconductor optical amplifier. The operation of it has been verified through proper simulation using MATLAB (R2008a).
机译:摘要光学器件已经建立为潜在的候选人,因为它在通信和计算中的超快速速度。因此,若干作者提出了使用所有光学频率编码技术的不同逻辑,组合和顺序电路操作。在这里,作者已经投影了Dibit方案,这减少了误码问题,并提供了高速操作的好处。利用这一事实,在这里,我们已经建议了所有光学频率编码的基于DIBIT的多路复用器和DE多路复用器,使用如添加/丢弃多路复用器和反射的半导体光放大器等光开关。通过使用MATLAB(R2008A)的适当仿真来验证它的操作。

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