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WEKIT.One: A Sensor-Based Augmented Reality System for Experience Capture and Re-enactment

机译:WEKIT.One:基于传感器的增强现实系统,用于体验捕获和重现

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Body-worn sensors can be used to capture, analyze, and replay human performance for training purposes. The key challenge to any such approach is to establish validity that the captured expert experience is actually suitable for training. In this paper, to evaluate this, we apply a questionnaire-based expert assessment and a complementary trainee knowledge assessment to study the approach adopted and the models generated with the WEKIT solution, a hardware and software application that complements Augmented Reality glasses with wearable sensor-actuator experience. This solution was developed using the ID4AR framework which as also developed within the WEKIT project. ID4AR framework is a domain agnostic framework which can be used to design augmented reality and sensor based applications for training. The study presented triangulates validity across three independent test-beds in the professional domains of aircraft maintenance, medical imaging, and astronaut training, with 61 experts completing the expert survey and 337 students completing the trainee knowledge test. Results show that the captured expert models were positively received in all three domains and the identified level of acceptance suggests that the solution is capable of capturing models for training purposes at large.
机译:穿戴式传感器可用于捕获,分析和重放人类表现,以进行培训。任何这种方法的主要挑战是要确定有效性,即所捕获的专家经验实际上适合于培训。在本文中,为了对此进行评估,我们应用了基于问卷的专家评估和补充的受训者知识评估,以研究采用的方法和使用WEKIT解决方案生成的模型,WEKIT解决方案是一种硬件和软件应用程序,可通过增强的可穿戴式传感器来补充增强现实眼镜,执行器经验。该解决方案是使用ID4AR框架开发的,该框架也在WEKIT项目中开发。 ID4AR框架是一个领域不可知的框架,可用于设计用于训练的增强现实和基于传感器的应用程序。这项研究在飞机维修,医学成像和宇航员培训的专业领域中的三个独立测试台上展示了​​三角有效性,其中有61位专家完成了专家调查,有337名学生完成了受训者知识测试。结果表明,所捕获的专家模型在所有三个领域都得到了积极好评,并且确定的接受程度表明该解决方案能够捕获用于培训目的的模型。

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