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Design and testing of three-level optimal correlation filters

机译:三级最佳相关滤波器的设计与测试

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Previously, we have designed 3-level filters(suitable for implementation on magneto-optic spatial light modulators) to maximize the output signal-to-noise ratio (SNR) and to separately maximize peak-to-correlation energy (PCE) that measures the correlation peak sharpness. In practice, we want the correlation peaks to be sharp (i.e., large PCE) as well as noise-tolerant (i.e., large SNR). In this paper, we present a new method to optimally combine these two desirable properties into a single optimization procedure. Similar methods to trade off SNR versus peak efficiency and PCE versus peak efficiency will be presented. Both simulation and experimental results will be included.
机译:以前,我们设计了3级过滤器(适用于磁光空间光调制器的实施),以最大化输出信噪比(SNR),并分别最大化测量的峰值与相关能量(PCE)最大化相关峰值清晰度。在实践中,我们希望相关峰值是尖锐的(即,大的PCE)以及耐噪声(即,大SNR)。在本文中,我们介绍了一种新方法,最佳地将这两个期望的属性结合成单个优化过程。将提出类似的折衷SNR与峰值效率和PCE与峰值效率的方法。将包括模拟和实验结果。

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