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Unsupervised multiple kernel learning for heterogeneous data integration

机译:无监督的多重内核学习异构数据集成

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Motivation: Recent high-throughput sequencing advances have expanded the breadth of available omics datasets and the integrated analysis of multiple datasets obtained on the same samples has allowed to gain important insights in a wide range of applications. However, the integration of various sources of information remains a challenge for systems biology since produced datasets are often of heterogeneous types, with the need of developing generic methods to take their different specificities into account.
机译:动机:最近的高吞吐量排序进展扩展了可用的常规数据集的广度,并且在相同样本中获得的多个数据集的综合分析允许在各种应用中获得重要的见解。 然而,各种信息来源的整合仍然是系统生物学的挑战,因为产生的数据集通常是异质类型,需要开发通用方法以考虑其不同的特异性。

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