基于对话式AI虚拟化身的创新结对编程教育的混合现实方法

Gilda Manfredi, U. Erra, Gabriele Gilio
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引用次数: 1

摘要

结对编程(PP)是一种敏捷软件开发方法,涉及两个开发人员在一台计算机上一起工作。然而,近年来,由于流行病的流行,两个开发人员的实际存在已经成为一个挑战,需要分布式结对编程(DPP)等远程协作方法。DPP已经被发现与面对面的PP有相似的好处,但是团队兼容性的问题仍然没有解决。这一点在敏捷方法论的教育领域更为明显。为了应对这些挑战,我们开发了一种新颖的方法,即创建一个混合现实(MR)应用程序,使用户能够在会话智能虚拟化身的帮助下学习PP。该应用程序使用HoloLens MR设备和集成到Visual Studio Code中的对话代理(CA)扩展,为改进用户编写的代码提供建议。虚拟化身使这些建议栩栩如生,使其看起来像是在说话,并与用户实时互动。该系统旨在克服常见的DPP方法的局限性,即使在没有人类合作伙伴的情况下,也允许单个开发人员学习和应用PP方法。
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A Mixed Reality Approach for Innovative Pair Programming Education with a Conversational AI Virtual Avatar
Pair Programming (PP) is an Agile software development methodology that involves two developers working together on a single computer. However, the physical presence of two developers has become a challenge in recent years due to the pandemic, necessitating remote collaboration methods such as Distributed Pair Programming (DPP). DPP has been found to have similar benefits to in-person PP, but the issue of team compatibility remains unresolved. These are more evident in the educational field of Agile methodologies. To address these challenges, we developed a novel approach by creating a Mixed Reality (MR) application that enables users to learn PP with the assistance of a conversational intelligent virtual avatar. The application uses the HoloLens MR device and a Conversational Agent (CA) extension integrated into Visual Studio Code to provide suggestions for improving the code written by the user. The virtual avatar animates these suggestions, making it appear to speak and interact with the user in real time. This system aims to overcome the limitations of common DPP methods, allowing a single developer to learn and apply the PP methodology even when a human partner is unavailable.
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