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More and more research in Human-Robot interaction is being applied in assistance to human in several context. Robots for educational purposes have been an emerging application this past few years. Some robotic platforms have been developed for educational purposes (i.e. Thymio, Lego Mindstorm). These platforms are mainly used in STEM. Several research projects have aimed to apply HRI to education and learning in order to teach other disciplines such as languages [1] or handwriting [2].

Robots have started to show a real potential as learning or teaching assistant for children, elderly or people with deficiencies. Indeed, robots show the potential to improve individual adaptation by learning from and with the user [3]. Robots have also the potential to enhance learning via kinesthetic interaction. Robots have shown to enable user to improve it self-esteem and to provide adaptive empathic feedback [4]. Finally, robots can be a mean to engage the learner and to motivate him in the learning task.

There exists also dissemination events, often with a large audience, that aim to increase the presence of robotic activities in education: robotic festivals, robotic competitions. With this workshop we propose to create a specific venue for academic research on educational robotics, based on the scientific quality of papers and not necessarily on their immediate application in schools. The aim of this workshop is to engage scientists who aim to gain a dual expertise in education and in robotics (from instructional design to inverse kinematics, ROS to ZPD, Markov to Piaget etc.) into a new interdisciplinary community working on educational robotics. The format of the workshop is oriented towards discussion shaped by participant contributions.

征稿信息

重要日期

2016-06-10
初稿截稿日期

征稿范围

  • Learning activities in HRI

  • Adaptive mechanisms for robot tutors

  • Engagement in educational human-robot interaction

  • Gain in learning vs fun in learning with a robot

  • Kinesthetic learning in human-robot interaction

  • Attachment and learning with a social robot

  • Impact of embodiment on learning

  • Shared knowledge and knowledge modelling in HRI

  • Technical innovation in learning or teaching robots

  • The role of teachers in child-robot interactions

  • Rehabilitation and reeducation

  • Human-robot collaborative learning

  • Human-robot creativity

  • Human-robot knowledge sharing

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重要日期
  • 08月27日

    2016

    会议日期

  • 06月10日 2016

    初稿截稿日期

  • 08月27日 2016

    注册截止日期

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