首页> 外文期刊>Molecular diversity >A note on the paper entitled 'JEDA: Joint Entropy Diversity Analysis. An information-theoretic method for choosing diverse and representative subsets from combinatorial libraries' [Melissa R. Landon, Scott E. Schaus, Molecular Diversity (2006) 10 333-339
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A note on the paper entitled 'JEDA: Joint Entropy Diversity Analysis. An information-theoretic method for choosing diverse and representative subsets from combinatorial libraries' [Melissa R. Landon, Scott E. Schaus, Molecular Diversity (2006) 10 333-339

机译:关于题为“ JEDA:联合熵多样性分析”的论文的注释。从组合库中选择多样且有代表性的子集的信息理论方法[Melissa R. Landon,Scott E. Schaus,Molecular Diversity(2006)10 333-339

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摘要

Recently, Landon and Schaus [1] published a very interesting article providing an algorithm that allows the selection of a representative subset taken form a molecular library. The aim of this note is to argue that some aspects discussed in the article remain unclear despite it having passed a review process. That is because the manuscript check was not complete and, possibly, it was published prematurely. There are several concepts that are not well defined or explained in the text. This note will attempt to focus on some of those points, transmitting them to the reader with the hope that a door is being opened to a more complete discussion and understanding of the article. At the same time, this is a good opportunity to recall the relevance of this new and promising method.
机译:最近,Landon和Schaus [1]发表了一篇非常有趣的文章,提供了一种算法,该算法允许选择从分子库中提取的代表性子集。该注释的目的是争辩说,尽管本文已经通过了审查过程,但本文中讨论的某些方面仍然不清楚。那是因为手稿检查尚未完成,并且可能过早出版。文本中没有很好定义或解释几个概念。本笔记将尝试着重于其中一些观点,并将其传达给读者,以期为更全面地讨论和理解本文打开一扇门。同时,这是一个很好的机会来回顾这种新的有前途的方法的相关性。

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