作为链接开放数据的数据管理计划:在OpenAIRE研究图中利用ARGOS FAIR和机器可操作的输出
Elli Papadopoulou1, Alessia Bardi2, George Kakaletris3
1OpenAIRE AMKE, 6 Artemidos, Athens, 15125, Greece. elli.p@athenarc.gr.
Journal of biomedical semantics
|November 3, 2023
概括
这项研究将机器可执行的数据管理计划 (ma-DMP) 集成到开放科学图表 (OSG) 中,提高了研究透明度和数据公平性. 现在ARGOS工具将DMP作为研究生命周期实体添加到OpenAIRE研究图表中.
科学领域:
- 研究基础设施 研究基础设施
- 数据科学数据科学数据科学
- 学术传播学术交流
背景情况:
- 开放科学图 (OSG) 将研究实体置于背景中,但缺乏自动化的DMP集成.
- 数据管理计划 (DMP) 对于研究过程至关重要,但往往被低估,难以找到.
- 现有的系统缺乏自动化工作流程来将DMP与研究数据和其他上下文信息联系起来,这阻碍了FAIR数据原则.
研究的目的:
- 将机器可执行的数据管理计划 (ma-DMP) 集成到开放科学图表 (OSG).
- 通过整合DMP实体和语义来增强OpenAIRE研究图 (RG).
- 加强研究成果的公平性,改善研究生态系统内的信息交换.
主要方法:
- 对ARGOS和OpenAIRE RG数据模型与DMP共同标准进行比较分析.
- 扩展ARGOS工具,包括出口格式转换器和语义标记功能.
- 通过添加DMP实体和关系,将ma-DMP集成到OpenAIRE OSG中.
主要成果:
- 成功地将ARGOS ma-DMP集成到OpenAIRE OSG中.
- 通过DMP实体丰富OpenAIRE OSG,使其成为公平的研究成果.
- 用DMP信息填充OpenAIRE RG的互操作性实践的演示.
结论:
- 这项工作引入了在OSG中暴露ma-DMPs的新概念,将DMP确立为关键的研究生命周期实体.
- 它详细介绍了ARGOS DMP服务的互操作性实践及其与OpenAIRE研究图表的集成.
- 这些发现加强了研究成果的公平性,并通过将DMP与更广泛的研究图形联系起来来规范信息交换.
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