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Forward-Looking Activities Supporting Technological Planning of AI-Based Learning Platforms

机译:支持基于AI的学习平台技术规划的前瞻性活动

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AI-based learning platforms (AILPs) are becoming an increasingly important component of knowledge-based societies. AILP development and exploitation is deeply rooted in the PEST environment and requires a thorough strategic plan of the social, and research impacts over a mid to long-term perspective. This paper presents the learning technology-profiled part of the strategic impact planning for an innovative intelligent learning platform and knowledge repository, referred to as 'the Platform', developed within a Horizon 2020 project. It also discusses selected results of the recent Delphi survey on the learning platform's future and the methodological background of the strategy building process for an AILP. This four-round/real-time forward-looking activity combined policy and decision Delphi focused on the identification of factors influencing the future performance and educational impact of the Platform. The strategy building involved two stages. Stage 1 was devoted to establishing the boundary conditions for the Platform's activity and user community building, while Stage 2 delivered the final action plan aimed at ensuring the Platform's digital sustainability, financial viability, and social acceptance. Plausible exploitation scenarios were complemented by an impact model established with anticipatory networks. All this information was used in the final collaborative roadmapping, which situated the Platform exploitation in the real-life context.
机译:基于AI的学习平台(AILP)正在成为基于知识的社会中越来越重要的组成部分。 AILP的开发和利用深深植根于PEST环境中,并需要一个全面的社会战略计划以及中长期的研究影响。本文介绍了在Horizo​​n 2020项目中开发的创新智能学习平台和知识存储库(称为``平台'')战略影响计划中以学习技术为基础的部分。它还讨论了有关学习平台的未来以及针对AILP的战略制定过程的方法论背景的最新Delphi调查的部分结果。这个四轮/实时的前瞻性活动结合了政策和Delphi决策,着重于确定影响平台未来性能和教育影响的因素。战略制定涉及两个阶段。第一阶段致力于为平台活动和用户社区建设确定边界条件,而第二阶段提供了旨在确保平台的数字可持续性,财务可行性和社会认可度的最终行动计划。合理的开发方案得到了由预期网络建立的影响模型的补充。所有这些信息都用于最终的合作计划中,该计划将平台开发置于现实环境中。

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