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Towards Automated Hypothesis Testing in Neuroscience

机译:走向神经科学中的自动假设检验

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摘要

Scientific data generation in the world is continuous. However, scientific studies once published do not take advantage of new data. In order to leverage this incoming flow of data, we present Neuro-DISK, an end-to-end framework to continuously process neuroscience data and update the assessment of a given hypothesis as new data become available. Our scope is within the ENIGMA consortium, a large international collaboration for neuro-imaging and genetics whose goal is to understand brain structure and function. Neuro-DISK includes an ontology and framework to organize datasets, cohorts, researchers, tools, working groups and organizations participating in multi-site studies, such as those of ENIGMA, and an automated discovery framework to continuously test hypotheses through the execution of scientific workflows. We illustrate the usefulness of our approach with an implemented example.
机译:世界上科学数据的生成是连续的。但是,科学研究一旦发表就不会利用新数据。为了利用这些传入的数据流,我们介绍了Neuro-DISK,这是一个端到端框架,用于不断处理神经科学数据并在新数据可用时更新给定假设的评估。我们的研究范围属于ENIGMA联盟,这是一个有关神经影像和遗传学的大型国际合作,其目标是了解大脑的结构和功能。 Neuro-DISK包括一个本体和框架,用于组织参与多站点研究(例如ENIGMA的研究)的数据集,队列,研究人员,工具,工作组和组织,以及一个自动发现框架,该框架通过执行科学工作流程来连续检验假设。我们通过一个实现的例子来说明我们的方法的有用性。

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