用交互式口语对话代理支持小学计算机科学学习

Jennifer L. Tsan
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引用次数: 0

摘要

为了满足年轻学生学习计算机科学的需求,针对小学(5-11岁)学生的计算机科学课程应运而生。这些课程带来的问题是,我们如何衡量年轻学生的计算机科学知识和实践?这个问题提出了许多挑战,部分原因是小学计算机科学没有有效的评估;书面评估通常不适合这个年龄组;与教师进行一对一的评估,这是非常年轻的学习者的一种常见做法,在可扩展性和教师准备方面提出了挑战。为了应对这些挑战,我建议构建一个动画口语对话代理,它使用嵌入式评估技术来收集学生的知识和实践信息。通过该代理收集的数据将帮助我们了解幼儿如何学习计算机科学,引导我们为年轻学习者完善计算机科学课程,并为这些学生提供适应性个性化支持。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Supporting Elementary School Computer Science Learning with Interactive Spoken Dialogue Agents
To meet the demand for young students learning computer science, computer science curricula for students in elementary school (ages 5-11) are emerging. With those curricula comes the question, how do we gauge young students' computer science knowledge and practices? This question presents many challenges, in part because no validated assessments exist for computer science in elementary school; written assessments are often not appropriate for this age group; and one-on-one assessment with teachers, a common practice for very young learners, presents challenges with respect to scalability and teacher preparation. To address these challenges, I propose to build an animated spoken dialogue agent that uses embedded assessment techniques to gather information on students' knowledge and practices. The data collected through this agent will help us understand how young children learn computer science, lead us to refine computer science curricula for young learners, and inform the development of adaptive individualized support for these students.
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