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Exploring Methods to Promote Interoperability in Adaptive Instructional Systems

机译:探索在自适应教学系统中促进互操作性的方法

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This paper explores design principles and methods to promote interoperability and reuse in a class of instructional technologies called adaptive instructional systems (AISs) which include intelligent tutoring systems (ITSs), intelligent mentors or recommender systems, and intelligent instructional media. AISs are artificially-intelligent, computer-based systems that guide learning experiences by tailoring instruction and recommendations based on the goals, needs, and preferences of each individual learner or team in the context of domain learning objectives. IEEE is exploring standards and best practices for AIS modeling, interoperability, and evaluation under its Project 2247 and affiliated working group. This paper was composed to document recommendations related to interoperability standards for AISs. The after school market for AISs is large and on the rise in China, the US, and in Europe. The desired level of interoperability for AISs is at the lowest possible level to allow component reuse without impinging upon the intellectual property of the vendor.
机译:本文探讨了一种称为自适应教学系统(AIS)的教学技术,以促进互操作性和重用性的设计原理和方法,其中包括智能补习系统(ITS),智能导师或推荐系统以及智能教学媒体。 AIS是基于计算机的人工智能系统,通过根据领域学习目标中每个学习者或团队的目标,需求和偏好来定制指导和建议,从而指导学习经验。 IEEE正在其项目2247及其附属工作组中探索AIS建模,互操作性和评估的标准和最佳实践。本文旨在记录与AIS的互操作性标准相关的建议。 AIS的课余市场很大,并且在中国,美国和欧洲正在上升。 AIS的互操作性的期望水平是尽可能最低的水平,以允许组件重用而不会影响供应商的知识产权。

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