Noisy Low Rank Column-wise Sensing

Ankit Pratap Singh, Namrata Vaswani
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Abstract

This letter studies the AltGDmin algorithm for solving the noisy low rank column-wise sensing (LRCS) problem. Our sample complexity guarantee improves upon the best existing one by a factor $\max(r, \log(1/\epsilon))/r$ where $r$ is the rank of the unknown matrix and $\epsilon$ is the final desired accuracy. A second contribution of this work is a detailed comparison of guarantees from all work that studies the exact same mathematical problem as LRCS, but refers to it by different names.
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噪声低等级列式传感
这篇文章研究了解决有噪声低秩列智传感(LRCS)问题的 AltGDmin 算法。我们的样本复杂度保证在现有最佳保证的基础上提高了一个因子 $\max(r,\log(1/\epsilon))/r$,其中 $r$ 是未知矩阵的秩,$\epsilon$ 是最终期望的精确度。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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