2015 IEEE Virtual Reality (VR) 2015
DOI: 10.1109/vr.2015.7223418
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Abstract: Interaction with computers using freehand gestures becomes more and more popular. However, it is hard to make precise inputs by making gestures in air without a physical support. In this paper, we present HorizontalDragger, a new selection technique aimed to improve the selection precision by converting the 2D selection problem into a 1D selection problem. After setting a region of interest in the display, all the objects inside the region are considered as potential targets. The user can drag the index finger… Show more

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“…In recent years, numerous researchers have studied the selection task in a 2D interaction space. Wu et al [15] proposed the HorizontalDragger technology to map the 2D selection to the 1D selection, selected the target from dense objects in a 2D selection, and improved the selection accuracy. Delamare et al [16] used handheld devices to select 3D objects in AR and proposed the P2Roll and P2Slide selection methods to explore the balance between focus and performance among multiple AR objects.…”
Section: B 2d Selection Technology In Ar and Vrmentioning
confidence: 99%
“…In recent years, numerous researchers have studied the selection task in a 2D interaction space. Wu et al [15] proposed the HorizontalDragger technology to map the 2D selection to the 1D selection, selected the target from dense objects in a 2D selection, and improved the selection accuracy. Delamare et al [16] used handheld devices to select 3D objects in AR and proposed the P2Roll and P2Slide selection methods to explore the balance between focus and performance among multiple AR objects.…”
Section: B 2d Selection Technology In Ar and Vrmentioning
confidence: 99%