A framework for coded computation

Eric Rachlin, J. Savage
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引用次数: 11

Abstract

Error-correcting codes have been very successful in protecting against errors in data transmission. Computing on encoded data, however, has proved more difficult. In this paper we extend a framework introduced by Spielman [14] for computing on encoded data. This new formulation offers significantly more design flexibility, reduced overhead, and simplicity. It allows for a larger variety of codes to be used in computation and makes explicit conditions on codes that are compatible with computation. We also provide a lower bound on the overhead required for a single step of coded computation.
编码计算的框架
纠错码在防止数据传输中的错误方面非常成功。然而,对编码数据的计算被证明更加困难。本文扩展了Spielman[14]提出的用于编码数据计算的框架。这种新配方提供了更大的设计灵活性、更低的开销和简单性。它允许在计算中使用更多种类的代码,并对与计算兼容的代码做出明确的条件。我们还提供了单个编码计算步骤所需开销的下限。
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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