Bubble Gaze Cursor + Bubble Gaze Lens: Applying Area Cursor Technique to Eye-Gaze Interface

Choi, Myungguen; Sakamoto, Daisuke; Ono, Taketoshi

doi:10.1145/3379155.3391322

Cited by 14 publications

(5 citation statements)

References 36 publications

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“…Gaze-based systems have also used algorithms to map gaze positions and sequences to objects when input is uncertain [9,41,52,70,72]. There have also been numerous gaze-based interaction techniques that have been proposed to improve interaction by increasing target or cursor sizes via zooming [12,39], the use of area cursors [12], cursors that can be nudged via gaze-based buttons [56], or by the incremental disambiguation of possible targets [42]. However, these strategies do not guarantee the removal of tracker errors as demonstrated by prior work where participant data was discarded due to calibration and tracking issues [1,4,15,19,45,48,50,53,59].…”

Section: Handling Eye Tracking Errormentioning

confidence: 99%

Weighted Pointer: Error-aware Gaze-based Interaction through Fallback Modalities

Sidenmark

Parent

et al. 2022

IEEE Trans. Visual. Comput. Graphics

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Fig. 1. The Weighted Pointer provides stable gaze-based pointing interaction irrespective of gaze signal quality via fallback modalities.The techniques detect the eye tracking error level and determines the relative weighting to assign between gaze and the fallback modality. A: The pointer direction (red) is aligned with gaze (orange) when the gaze signal is stable. B: The pointer relies on both gaze and the fallback modality (e.g., head direction, green) if the gaze signal deteriorates. C: The pointer fully relies on the fallback modality if gaze is deemed to be unusable for interaction.

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Section: Handling Eye Tracking Errormentioning

confidence: 99%

Weighted Pointer: Error-aware Gaze-based Interaction through Fallback Modalities

Sidenmark

Parent

et al. 2022

IEEE Trans. Visual. Comput. Graphics

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“…Choi et al developed a bubble gaze cursor by combining an eyegaze interface with the bubble cursor. They considered the selection of small objects, with an exception to overlapping ones [34]. Ryu et al introduced a method that used gaze tracking to approximately determine the candidate objects for selection [26].…”

Section: Gaze-supported Object Selection Techniquesmentioning

confidence: 99%

3D Mirrored Object Selection for Occluded Objects in Virtual Environments

Lee¹,

Park

2020

IEEE Access

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There is an increasing demand for the manipulation of virtual objects in 3D virtual reality (VR) space, which begins with the user selecting a desired object. Existing selection methods aim to provide an intuitive and natural experience that minimizes user fatigue. Although typical ray-casting methods are effective when objects in the virtual space are sparsely or evenly placed, the selection becomes challenging when these objects are smaller or farther away, particularly when they overlap. In this study, we propose a method to address these challenges via an effective selection process. Based on 3D mirroring, the proposed method provides a new interaction metaphor that allows for a more efficient selection of occluded virtual objects. We conduct systematic experiments with 21 subjects and use various levels of target visibility determined by object size, spatial density, and degrees of occlusion. The results indicate that, in occluded 3D environments, the proposed 3D mirrored selection process outperforms traditional gaze-supported selection processes and offers better user satisfaction.

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“…With clever design of an user interface, varying degrees of gaze tracking error can be useful and effective. Bubble Gaze Cursor and Bubble Gaze Lens lessens the required gaze tracking accuracy by implementing an area cursor with a magnifying glass feature, essentially dynamically increasing the effective selection region [12]. Orbits further reduces the accuracy needed by presenting different moving visual stimuli, and simply confirming selection by measuring correlation between the gaze tracking results and the movements of the stimuli [19].…”

Section: Device Interactionmentioning

confidence: 99%

Optical Gaze Tracking with Spatially-Sparse Single-Pixel Detectors

Li,

Whitmire,

Stengel

et al. 2020

Preprint

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Figure 1: Gaze tracking, an essential component of next generation displays, needs to deliver several qualities such as accurate gaze estimation, low latency, small form-factor, low cost, low computational complexity, and a low power budget. To provide solutions for next generation displays, we demonstrate two single-pixel detector based gaze tracking prototypes. While the one shown on the left uses photodiodes and LEDs, the one shown in the middle uses only LEDs for both sensing and emitting light. As depicted on the right hand-side, we evaluate our gaze trackers with a series of subjective experiments.

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Bubble Gaze Cursor + Bubble Gaze Lens: Applying Area Cursor Technique to Eye-Gaze Interface

Cited by 14 publications

References 36 publications

Weighted Pointer: Error-aware Gaze-based Interaction through Fallback Modalities

Weighted Pointer: Error-aware Gaze-based Interaction through Fallback Modalities

3D Mirrored Object Selection for Occluded Objects in Virtual Environments

Optical Gaze Tracking with Spatially-Sparse Single-Pixel Detectors

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