Symposium on Spatial User Interaction 2020
DOI: 10.1145/3385959.3418450
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Hand with Sensing Sphere: Body-Centered Spatial Interactions with a Hand-Worn Spherical Camera

Abstract: Figure 1: We demonstrate that the hand-worn spherical camera can recognize multiple pieces of contextual information around the body. (a) The prototype device consisting of a spherical camera attached to the right hand of a user. (b) A sample image taken from the sensor.

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Cited by 9 publications
(1 citation statement)
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“…Much research has focused on capturing specific body parts. For instance, hand pose is of great importance in VR/AR applications, and has been tracked using e.g., wrist-worn cameras [10,29,62], electrical impedance tomography [67], electromyography [30], depth sensors [16], magnetic trackers [13], and specialized gloves [17]. Faces are important too, most often captured using cameras [4,57], but other methods such as ultrasound [23] and electromyography [18] have also been explored.…”
Section: Body Capture With Non-imu Worn Sensorsmentioning
confidence: 99%
“…Much research has focused on capturing specific body parts. For instance, hand pose is of great importance in VR/AR applications, and has been tracked using e.g., wrist-worn cameras [10,29,62], electrical impedance tomography [67], electromyography [30], depth sensors [16], magnetic trackers [13], and specialized gloves [17]. Faces are important too, most often captured using cameras [4,57], but other methods such as ultrasound [23] and electromyography [18] have also been explored.…”
Section: Body Capture With Non-imu Worn Sensorsmentioning
confidence: 99%