BARA:基于动态状态的教学需求激发严肃游戏

Yu Liu, Tong Li, Zheqing Huang, Zhen Yang
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引用次数: 0

摘要

对没有实践经验的学生进行教学要求的启发是具有挑战性的,因为他们通常无法理解其中的困难。最近的几项研究报告了他们用严肃游戏进行教学需求启发的经验。然而,在这些游戏中,虚构的角色并没有经过精心设计来反映真实的场景。例如,无论学习者与它们互动多少次,它们的反应总是一样的。此外,大多数现有的严肃游戏只包含一个特定的场景,无法轻易扩展到各种情况。本文设计并实现了一个基于动态状态的教学需求激发游戏(BARA),该游戏能够真实地模拟现实场景,并自动记录学习者的行为以供评估。具体来说,我们使用有限状态机对虚拟角色的行为进行建模,以精确表征利益相关者的动态状态。我们还开发了一个易于使用的编辑器,供非程序员设计虚拟角色,从而构建各种模拟场景。最后,BARA记录了学习者在游戏过程中的动作,根据这些动作,我们可以深入了解学习者的表现和我们的教学效果。我们使用模拟场景对60名参与者进行BARA评估。结果表明,大多数参与者都沉浸在BARA中,能够合理地完成模拟场景中的需求引出任务。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
BARA: A Dynamic State-based Serious Game for Teaching Requirements Elicitation
Teaching requirements elicitation to students who do not have practical experience is challenging, as they usually cannot understand the difficulty. Several recent studies have reported their experience of teaching requirements elicitation with a serious game. However, in these games, the fictitious characters have not been carefully designed to reflect real scenarios. For example, they always respond the same no matter how many times a learner interacts with them. Moreover, most existing serious games contain only one specific scenario and cannot be easily extended to cover various cases. In this paper, we design and implement a dynamic state-based serious game (BARA) for teaching requirements elicitation, which can realistically simulate real-world scenarios and automatically record learners’ actions for assessment. Specifically, we model fictitious characters’ behaviors using finite-state machines in order to precisely characterize the dynamic states of stakeholders. We also developed an easy-to-use editor for non-programmers to design fictitious characters and thus construct various simulated scenarios. Finally, BARA records learners’ actions during the game, based on which we can gain an in-depth understanding of learners’ performance and our teaching effectiveness. We evaluated BARA with 60 participants using a simulated scenario. The result shows that most participants are immersed in BARA and can reasonably complete the requirements elicitation task within the simulated scenario.
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