The Smart Grids Innovation Accelerator – SGIA: an international open platform to boost smart grids innovation through knowledge sharing

E. Bionda, F. Soldan, M. Cabiati, L. Martini
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Abstract

In the frame of the global initiative Mission Innovation, Italy has proposed and developed the Smart Grids Innovation Accelerator (SGIA) platform, aimed to foster open knowledge sharing, thus catalysing public and private sectors joint efforts towards the deployment of innovative Smart Grids technologies worldwide. The SGIA covers not only technical but also policy and regulatory aspects by gathering key documents, information, data, best practices and project results from several relevant stakeholders with the specific aim to be replicated and adopted broadly. Exploiting a semantic engine, advanced AI algorithms and machine learning models, the SGIA automatically gathers all essential information from the documents within its database and provides enriched, easily searchable and browsable documents. Moreover, interlinked entities and relationship from documents are used to build the SGIA knowledge graph, which fosters an innovative way of exploring information based also on natural language queries. The SGIA platform is open to users from all over the world and now it is exploited and further developed in the framework of the Green Powered Future Mission, launched under the Mission Innovation second phase (MI2.0) and co-led by China, Italy and UK. In this paper the SGIA main functionalities will be presented and discussed together the recent developments available for users, such as automatic entity annotations on documents, access to definitions added by other users or through connections towards external databases, AI document summarizations, speech to text of multimedia contents and workspaces to support collaboration of users.
智能电网创新加速器—SGIA:一个通过知识共享促进智能电网创新的国际开放平台
在全球倡议“创新使命”的框架下,意大利提出并开发了智能电网创新加速器(SGIA)平台,旨在促进开放的知识共享,从而促进公共和私营部门共同努力,在全球范围内部署创新的智能电网技术。SGIA不仅涵盖技术方面,还包括政策和监管方面,通过从几个相关利益相关者那里收集关键文件、信息、数据、最佳做法和项目成果,以实现广泛复制和采用的具体目标。SGIA利用语义引擎、先进的人工智能算法和机器学习模型,自动从其数据库中的文件中收集所有重要信息,并提供丰富、易于搜索和浏览的文件。此外,来自文档的相互关联的实体和关系被用于构建SGIA知识图谱,这促进了一种基于自然语言查询的探索信息的创新方式。SGIA平台向世界各地的用户开放,目前正在绿色动力未来使命的框架下进行开发和进一步发展,该使命是在使命创新第二阶段(MI2.0)下启动的,由中国、意大利和英国共同领导。在本文中,将介绍并讨论SGIA的主要功能,以及用户可用的最新发展,例如文档上的自动实体注释,访问其他用户添加的定义或通过连接到外部数据库,人工智能文档摘要,多媒体内容的语音到文本以及支持用户协作的工作区。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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