BL-FlowSOM: Consistent and Highly Accelerated FlowSOM Based on Parallelized Batch Learning

IF 2.5 4区 生物学 Q3 BIOCHEMICAL RESEARCH METHODS
Fumitaka Otsuka, Kenji Yamane, Koji Futamura, Junichiro Enoki, Yuji Nishimaki, Yoshiki Tanaka, Akihide Higuchi, Motohiro Furuki
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引用次数: 0

Abstract

The recent increase in the dimensionality of cytometry data has led to the development of various computational analysis methods. FlowSOM is one of the best-performing clustering methods but has room for improvement in terms of the consistency and speed of the clustering process. Here, we introduce Batch Learning FlowSOM (BL-FlowSOM), which is a consistent and highly accelerated FlowSOM based on parallelized batch learning. The change of the learning algorithm from online learning to batch learning with principal component analysis initialization improves consistency and eliminates randomness in the clustering process. It also enables the parallelization of the learning process, leading to significant acceleration of the clustering process with clustering quality equivalent to that of FlowSOM. BL-FlowSOM is available on Sony's Spectral Flow Analysis (SFA)-Life sciences Cloud Platform (https://www.sonybiotechnology.com/us/instruments/sfa-cloud-platform/).

BL-FlowSOM:基于并行批处理学习的一致性和高度加速的FlowSOM。
近年来细胞术数据维数的增加导致了各种计算分析方法的发展。FlowSOM是性能最好的聚类方法之一,但在聚类过程的一致性和速度方面还有改进的空间。在这里,我们介绍了Batch Learning FlowSOM (BL-FlowSOM),它是一种基于并行批处理学习的一致性和高度加速的FlowSOM。将学习算法从在线学习改为批量学习,并进行主成分分析初始化,提高了一致性,消除了聚类过程中的随机性。它还可以实现学习过程的并行化,从而显著加快聚类过程,聚类质量与FlowSOM相当。BL-FlowSOM可在索尼的光谱流分析(SFA)-生命科学云平台(https://www.sonybiotechnology.com/us/instruments/sfa-cloud-platform/)上使用。
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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来源期刊
Cytometry Part A
Cytometry Part A 生物-生化研究方法
CiteScore
8.10
自引率
13.50%
发文量
183
审稿时长
4-8 weeks
期刊介绍: Cytometry Part A, the journal of quantitative single-cell analysis, features original research reports and reviews of innovative scientific studies employing quantitative single-cell measurement, separation, manipulation, and modeling techniques, as well as original articles on mechanisms of molecular and cellular functions obtained by cytometry techniques. The journal welcomes submissions from multiple research fields that fully embrace the study of the cytome: Biomedical Instrumentation Engineering Biophotonics Bioinformatics Cell Biology Computational Biology Data Science Immunology Parasitology Microbiology Neuroscience Cancer Stem Cells Tissue Regeneration.
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