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面向高等教育的平台无关、课程导向智能助手

Platform-Independent and Curriculum-Oriented Intelligent Assistant for Higher Education

University of Iowa(爱荷华大学)

Ramteja Sajja, Yusuf Sermet, David Cwiertny, Ibrahim Demir

AI总结:

针对高等教育中师生沟通障碍、学生学习节奏受限等问题,研究提出基于GPT-3的AI增强智能教育辅助框架,可生成适配多学科多阶段课程的语音智能助教,解答课程相关问题并减轻教学人员事务负担。

摘要:

教师与学生之间的沟通误解和沟通障碍是高等教育学习的主要阻碍之一。学生常因不安或时间冲突,在办公时间回避或错过提问机会。此外,学生需要按自身节奏学习,以获得构建概念理解、培养创造性思维所需的自主思考空间与时间。为消除学生参与的障碍,学术机构需要重新定义基础教育方式,提出认可持续学习的灵活教育路径。为此,我们基于大语言模型(即GPT-3)开发了一个AI增强的智能教育辅助框架,可自动生成适配特定课程的智能助手,不受学科或学业阶段限制。该虚拟智能助教(TA)系统是支持语音交互的辅助工具,能够解答课程相关的课程内容、后勤安排及课程政策类问题,旨在提升学生获取课程相关信息的便利性,减轻教师和助教的事务性工作负担。本文介绍了其基于GPT-3的知识发现组件及通用系统架构,并对系统的准确率和性能进行了系统评估。

英文摘要:

Miscommunication and communication challenges between instructors and students represents one of the primary barriers to post-secondary learning. Students often avoid or miss opportunities to ask questions during office hours due to insecurities or scheduling conflicts. Moreover, students need to work at their own pace to have the freedom and time for the self-contemplation needed to build conceptual understanding and develop creative thinking skills. To eliminate barriers to student engagement, academic institutions need to redefine their fundamental approach to education by proposing flexible educational pathways that recognize continuous learning. To this end, we developed an AI-augmented intelligent educational assistance framework based on a power language model (i.e., GPT-3) that automatically generates course-specific intelligent assistants regardless of discipline or academic level. The virtual intelligent teaching assistant (TA) system will serve as a voice-enabled helper capable of answering course-specific questions concerning curriculum, logistics and course policies. It is envisioned to improve access to course-related information for the students and reduce logistical workload for the instructors and TAs. Its GPT-3-based knowledge discovery component as well as the generalized system architecture is presented accompanied by a methodical evaluation of the system accuracy and performance.

机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。

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