首页> 外文期刊>Optik: Zeitschrift fur Licht- und Elektronenoptik: = Journal for Light-and Electronoptic >Z-domain mathematical modeling and performance analysis of ripple ring resonator (RRR) with design of all-optical arithmetic logic unit (ALU)
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Z-domain mathematical modeling and performance analysis of ripple ring resonator (RRR) with design of all-optical arithmetic logic unit (ALU)

机译:全光算术逻辑单元设计Z域数学建模与纹波环谐振器(RRR)的性能分析(ALU)

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摘要

A novel ripple ring resonator (RRR) structure is proposed and analyzed by coupling two and three optical microring resonators (OMRRs). All-optical arithmetic logic unit (ALU) with seven operations is presented using the proposed RRR structure. The mathematical pedestal is derived in Z domain using delay line signal processing. The simulation presented using MATLAB. The RRR performance is analyzed in terms of different quality metrics, giving promising results and has integration compatibility with complementary metal?oxide semiconductor (CMOS) photonic technology.
机译:通过耦合两个和三个光学微环谐振器,提出并分析了一种新型波纹环谐振器(RRR)结构。利用所提出的RRR结构,提出了具有七种运算的全光算术逻辑单元(ALU)。利用延迟线信号处理,在Z域推导了数学模型。利用MATLAB进行了仿真。RRR性能是根据不同的质量指标进行分析的,给出了有希望的结果,并且与互补金属具有集成兼容性?氧化物半导体(CMOS)光子技术。

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