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Addendum: A very large-scale microelectrode array for cellular-resolution electrophysiology

机译:附录:用于细胞分辨率电生理的超大规模微电极阵列

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The noise-reduction algorithm as presented in the Methods section “sparse sampling and data recovery”1 seeks to estimate and reduce the spectral contribution of aliased thermal noise, to improve the signal-to-noise ratio (SNR) for highly multiplexed neural recording systems, where implementing adequate antialiasing filters is a challenge. Unfortunately, because of errors described in our corrections3 to a companion paper describing the details of these signal processing algorithms2, the techniques employed do not improve the SNR of high-density acquisition systems limited by noise aliasing beyond what is achievable with conventional band-pass filters.
机译:方法部分“稀疏采样和数据恢复” 1中介绍的降噪算法旨在估计和减少混叠热噪声的频谱贡献,以提高高度复用的神经记录系统的信噪比(SNR) ,在其中实施适当的抗混叠滤波器是一个挑战。不幸的是,由于我们在对这些信号处理算法2的详细描述的更正3中描述的错误,所采用的技术无法改善受噪声混叠限制的高密度采集系统的SNR,超出了传统带通滤波器所无法达到的范围。

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