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Model-Based Parameter Estimation (MBPE) for Metallic Photonic Crystal Filters

机译:金属光子晶体滤波器的基于模型的参数估计(MBPE)

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摘要

An efficient method for the accurate computation of the response of photonic crystal filters is obtained when Model-Based Parameter Estimation (MBPE) is combined with accurate field solvers. In this paper, MBPE is combined with Multiple Multipole Program (MMP) and the Method of Auxiliary Sources (MAS) and the results are compared with results obtained from a commercial field solver. When metals are present in photonic crystal filters, strong material dispersion at optical frequencies cause nonlinearity of the filter response. It is demonstrated that MBPE is still useful although it is originally designed for linear systems.
机译:当基于模型的参数估计(MBPE)与精确的场求解器结合使用时,可以获得一种有效计算光子晶体滤波器响应的有效方法。本文将MBPE与多重多极程序(MMP)和辅助信号源方法(MAS)相结合,并将结果与​​从商用现场求解器获得的结果进行比较。当光子晶体滤波器中存在金属时,材料在光频率下的强烈色散会导致滤波器响应非线性。证明了MBPE仍然有用,尽管它最初是为线性系统设计的。

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