基于Web2.0的网络协同科研平台构成及实例研究

发布时间：2019-01-06 10:07

【摘要】：Web2.0时代的到来及其核心技术Mashup(混搭技术)的广泛应用为以协同科学计算为典型代表的科研信息化进程注入了新的时代特征,网络协同科研平台已从支撑科学计算这个核心领域逐渐扩大到服务于科学研究的全流程活动中。文章立足于网络协同科研平台的功能需求,深入分析了基于Web2.0核心技术Mashup的协同科研平台系统构成及其实现方案,并以Web2.0环境下的典型应用站点SciVee为实例对网络协同科研平台的系统结构与功能实现优势进行了案例分析。研究表明,网络协同科研平台的研发是适应大数据时代E-Science(科研信息化)发展的必然要求,而以此为基础的科研数据的智能化管理问题必将引起越来越多科研工作者的关注,成为协同科研领域新的研究热点。
[Abstract]:The arrival of the Web2.0 era and the widespread application of the core technology, Mashup, have injected new features into the process of scientific research informatization, which is represented by collaborative scientific computing. The network collaborative research platform has gradually expanded from the core field of supporting scientific computing to the whole process of serving scientific research. Based on the functional requirements of the network collaborative scientific research platform, this paper deeply analyzes the system structure and implementation scheme of the collaborative scientific research platform based on Mashup, the core technology of Web2.0. Taking SciVee, a typical application site in Web2.0 environment, as an example, the paper analyzes the system structure and function realization advantages of network collaborative research platform. The research shows that the research and development of network collaborative research platform is necessary to adapt to the development of E-Science (Scientific Research Informatization) in big data era. The intelligent management of scientific research data based on this will attract more and more researchers' attention and become a new research hotspot in the field of collaborative scientific research.
【作者单位】：福州大学公共管理学院;国家图书馆;工业和信息化部电子科学技术情报研究所;
【基金】：在站博士后基金项目《协同科研范式下学术信息交流行为的可视化研究》(2011M500260) 福建省教育厅社会科学项目《面向区域科技合作的知识共享模式研究:基于复杂网络理论的视角》
【分类号】：TP393.09

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