从实现到应用:FAIR数字对象的训练数据组成

Nicolas Blumenröhr, R. Aversa
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引用次数: 0

摘要

手动为机器学习应用程序编写训练数据可能既费力又耗时。FAIR数字对象的使用,其中的数据是机器可解释和可操作的,使得自动化和简化这项任务成为可能。作为一个应用案例,我们将来自不同来源的标记扫描电子显微镜图像表示为FAIR数字对象,以组成训练数据集。除了我们的实现中包含的一些现有服务(Typed PID Maker、Handle Registry和ePIC Data Type Registry)外,我们还开发了一个Python客户端来自动化重新标记任务。我们的工作为FAIR数字对象在特定任务中的有用性提供了概念验证,促进了其他机器学习应用程序的进一步开发和未来扩展。
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From implementation to application: FAIR digital objects for training data composition
Composing training data for Machine Learning applications can be laborious and time-consuming when done manually. The use of FAIR Digital Objects, in which the data is machine-interpretable and -actionable, makes it possible to automate and simplify this task. As an application case, we represented labeled Scanning Electron Microscopy images from different sources as FAIR Digital Objects to compose a training data set. In addition to some existing services included in our implementation (the Typed-PID Maker, the Handle Registry, and the ePIC Data Type Registry), we developed a Python client to automate the relabeling task. Our work provides a Proof-of-Concept validation for the usefulness of FAIR Digital Objects on a specific task, facilitating further developments and future extensions to other machine learning applications.
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