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Cloud-based solution for improving usability and interactivity of metagenomic ensemble taxonomic classification methods

机译:基于云的解决方案,用于提高Metagenomic集合分类分类方法的可用性和相互作用

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The microbiome plays a vital role in a broad range of host-related processes and has a significant effect on host health. Many algorithms have been developed to classify the origin of the microbial sequences and construct the sample's microbial profile. Since these methods individually are suboptimal and their classification results are diverse, more attempts are devoted to develop ensemble methods for enhancing classification quality. The research associated with developing ensemble methods is mainly targeting multiple performance criteria, such as precision and sensitivity. However, none of these methods have presented a usability-oriented design targeting most biologists who lack adequate computational skills. In this paper, we present cloud-based framework of ensemble taxonomic classification method. In addition, the implementation presents a platform for interactive visualization of the generated results. The project repository is publicly available on https://github.com/aametwally/WEVOTE-web.
机译:微生物组在广泛的宿主相关过程中起着至关重要的作用,对宿主健康有显着影响。已经开发了许多算法以对微生物序列的来源进行分类并构建样品的微生物轮廓。由于这些方法单独次优,它们的分类结果是多样的,因此致力于开发用于提高分类质量的集合方法。与开发集合方法相关的研究主要是针对多种性能标准,例如精度和灵敏度。然而,这些方法都没有呈现一种以可用性为导向的设计,其针对大多数缺乏适当计算技能的生物学家。在本文中,我们呈现了基于云的集体分类分类方法的框架。此外,该实施提供了一个用于生成结果的交互式可视化的平台。项目存储库在https://github.com/aametwally/wevote-web上公开提供。

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