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Evaluation of Microgesture Recognition Using a Smartwatch

机译:使用Smartwatch评估微量手势识别

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Gesture based interaction and its recognition has been an area of active research with the growing popularity of wearables. We here propose an approach to detect fine-grained finger and palm motions using inertial sensors in a commercial smartwatch. A user specific SVM based classifier is developed for 7 microgestures with a classification accuracy of 94.4%. We extend this to a user adaptive model by including a few representative instances of a new user and achieve a classification accuracy of 91.7%. Further, we are able to differentiate between variations of a microgesture using three fundamental building blocks - distance, speed and orientation. A novel regression based approach is presented to predict the distance parameter. The idea is demonstrated on a swipe gesture with an error of 14%.
机译:随着可穿戴设备的日益普及,基于手势的交互及其识别已成为活跃的研究领域。我们在此提出一种在商用智能手表中使用惯性传感器检测细粒度的手指和手掌运动的方法。针对7种微手势开发了基于用户特定SVM的分类器,分类精度为94.4%。我们通过包括几个新用户的代表性实例将其扩展到用户自适应模型,并实现91.7%的分类精度。此外,我们能够使用三个基本构件(距离,速度和方向)来区分微手势的变化。提出了一种新颖的基于回归的方法来预测距离参数。滑动手势演示了此想法,错误率为14%。

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