有效和可扩展的数学支持:人工智能辅导员对加纳数学成绩影响的证据

ArXiv Pub Date : 2024-02-15 DOI:10.48550/arXiv.2402.09809
Owen Henkel, Hannah Horne-Robinson, Nessie Kozhakhmetova, Amanda Lee
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摘要

本研究评估了通过 WhatsApp 访问的人工智能对话式数学辅导 Rori 对加纳 11 所学校约 1000 名三至九年级学生数学成绩的影响。每所学校被分配到治疗组和对照组;对照组的学生继续接受常规数学教学,而治疗组的学生则在 8 个月的时间里,除了常规数学教学外,每周还与 Rori 进行两次 30 分钟的对话。我们发现,治疗组学生的数学成绩大幅提高,效应大小为 0.37,而且结果具有统计学意义(P<0.001)。Rori 可在低带宽数据网络上使用基本的移动设备,这使得该干预措施在支持其他中低收入国家的个性化学习方面具有强大的潜力,因为在这些国家,笔记本电脑的拥有率和高速互联网(许多以视频为中心的学习平台的先决条件)仍然极为有限。虽然这些结果只报告了第一年的干预情况,而且未来的研究也需要更好地了解成功实施的必要条件,但这些结果确实表明,利用人工智能的聊天辅导解决方案可以为全球数百万学生提供一种具有成本效益的提高学习成绩的方法。
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Effective and Scalable Math Support: Evidence on the Impact of an AI- Tutor on Math Achievement in Ghana
This study evaluates the impact of Rori, an AI powered conversational math tutor accessible via WhatsApp, on the math performance of approximately 1,000 students in grades 3-9 across 11 schools in Ghana. Each school was assigned to a treatment group or control group; the students in the control group continued their regular math instruction, while students in the treatment group engaged with Rori, for two 30-minute sessions per week over 8 months in addition to regular math instruction. We find that the math growth scores were substantially higher for the treatment group with an effect size of 0.37, and that the results were statistically significant (p<0.001). The fact that Rori works with basic mobile devices on low-bandwidth data networks gives the intervention strong potential to support personalized learning on other low-and-middle-income countries (LMICs), where laptop ownership and high-speed internet - prerequisite for many video-centered learning platforms - remain extremely limited. While the results should be interpreted judiciously, as they only report on year 1 of the intervention, and future research is necessary to better understand which conditions are necessary for successful implementation, they do suggest that chat-based tutoring solutions leveraging artificial intelligence could offer a costeffective approach to enhancing learning outcomes for millions of students globally.
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