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Improving Inference of Learning Related Emotion by Combining Cognitive and Physical Information

机译:通过结合认知和物理信息改善学习相关情感的推理

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Researches in areas such as neuroscience and psychology indicate that emotions directly impact learning. So, adapting to the learners' affective reactions became a requirement and also a challenge for building a new generation of affect aware computing learning environments. In this paper, we present a hybrid approach for inferring learning related emotion that combines cognitive and physical data, gathered using minimal or non intrusive methods. In an initial experiment with students in a real education environment it was possible to obtain promising results when comparing some usual performance metrics with correlated works. In this study we achieved accuracy rates and Cohen's Kappa near to 65% and 0.55, respectively. Furthermore, considering the open and expansible nature of this proposal, we believe that this results could be improved in the future by adding new data or new sensors to the model, for example.
机译:神经科学和心理学等领域的研究表明情绪直接影响学习。因此,适应学习者的情感反应成为一个要求,也是建立新一代影响意识的计算学习环境的挑战。在本文中,我们提出了一种混合方法,用于推断使用最小或非侵入性方法的认知和物理数据结合认知和物理数据的学习相关的情感。在与学生在真正的教育环境中的初步实验中,在比较具有相关工程的一些通常的绩效指标时,可以获得有希望的结果。在这项研究中,我们可以分别实现精度和科恩的Kappa分别接近65%和0.55。此外,考虑到这一提议的开放和可扩展性,我们认为,例如,通过将新数据或新传感器添加到模型,可以在未来改进。

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