Ergonomic evaluation of interaction techniques and 3D menus for the practical design of 3D stereoscopic displays

Jeong, Soon Young; Jung, Eui S.; Im, Youngjae

doi:10.1016/j.ergon.2016.01.001

Cited by 16 publications

(6 citation statements)

References 31 publications

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“…First of all, the current study chose to measure eye movement parameters under projection-based stereoscopic display with negative parallax. The derived SEM model could be different depending on the type of environment used to measure the eye movement parameters, for instance, head-mounted display ( 5, 36, 37 ) could probably produce a different SEM model compared to our projection-based stereoscopic model. In addition, the difference in task parameters and stimulus materials could affect the eye movement parameters ( 13 ).…”

Section: Resultsmentioning

confidence: 99%

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Eye movement parameters for performance evaluation in projection-based stereoscopic display

Lin

Prasetyo

Widyaningrum

2018

JEMR

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The current study applied Structural Equation Modeling (SEM) to analyze the relationship among index of difficulty (ID) and parallax on eye movement time (EMT), fixation duration (FD), time to first fixation (TFF), number of fixation (NF), and eye gaze accuracy (AC) simultaneously. EMT, FD, TFF, NF, and AC were measured in the projection-based stereoscopic display by utilizing Tobii eye tracker system. SEM proved that ID had significant direct effects on EMT, NF, and FD also a significant indirect effect on NF. However, ID was found not a strong predictor for AC. SEM also proved that parallax had significant direct effects on EMT, NF, FD, TFF, and AC. Apart from the direct effect, parallax also had significant indirect effects on NF and AC. Regarding the interrelationship among dependent variables, there were significant indirect effects of FD and TFF on AC. Our results concluded that higher AC was achieved by lowering parallax (at the screen), longer EMT, higher NF, longer FD, and longer TF,

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Section: Resultsmentioning

confidence: 99%

“…Projection-based stereoscopic display has been commercialized in order to implement it in VR ( 5 ). It generates 3D images by creating depth perception via a cue called binocular disparity which refers to a lateral shift or difference between the spatial positions of corresponding left and right eye images ( 6 ).…”

Section: Introductionmentioning

confidence: 99%

Eye movement parameters for performance evaluation in projection-based stereoscopic display

Lin

Prasetyo

Widyaningrum

2018

JEMR

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“…World and body-referenced menus have the disadvantage of requiring the user to deviate his attention from the current task. To display the menu items, researchers have proposed a variety of 3 menu appearances, such as circular menus [59,28], radial menus [53,16], linear menus [16,19] or ring menus [23]. The appearance of the menu is usually linked to the input device or interaction technique used to interact with the menu.…”

Section: Menu Properties In Xr Environmentsmentioning

confidence: 99%

HoloBar: Rapid Command Execution for Head-Worn AR Exploiting Around the Field-of-View Interaction

Saidi

Dubois

Serrano

2021

Proceedings of the 2021 CHI Conference on Human Factors in Computing Systems

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Figure 1: A) By default, the HoloBar is not displayed; B) as soon as the user lifts up the smartphone (SP) inside the activation zone, the HoloBar is displayed and a top-level item is selected; C) the user can select other top-level items by translating the SP under the HoloBar, while second-level items are previewed on the SP. Finally, touching an item on the SP selects and validates the command.

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“…That is, each root menu item has at most one level of submenus. Some studies have also paid attention to the influence of the arrangement and ease of use of multi-level (depth of hierarchy > 2) menus [21,22]. • Appearance.…”

Section: Vr Menu Propertiesmentioning

confidence: 99%

VRMenuDesigner: A toolkit for automatically generating and modifying VR menus

Hou,

Thomas

2021

Preprint

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With the rapid development of Virtual Reality (VR) technology, the research of User Interface (UI), especially menus, in the VR environment has attracted more and more attention. However, it is very tedious for researchers to develop UI from scratch or modify existing functions and there are no easy-to-use tools for efficient development. This paper aims to present VRMenuDesigner, a flexible and modular toolkit for automatically generating/modifying VR menus. This toolkit is provided as opensource library and easy to extend to adapt to various requirements. The main contribution of this work is to organize the menus and functions with object-oriented thinking, which makes the system very understandable and extensible. VRMenuDesigner includes two key tools: Creator and Modifier for quickly generating and modifying elements. Moreover, we developed several built-in menus and discussed their usability. After a brief review and taxonomy of 3D menus, the architecture and implementation of the toolbox are introduced.

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Ergonomic evaluation of interaction techniques and 3D menus for the practical design of 3D stereoscopic displays

Cited by 16 publications

References 31 publications

Eye movement parameters for performance evaluation in projection-based stereoscopic display

Eye movement parameters for performance evaluation in projection-based stereoscopic display

HoloBar: Rapid Command Execution for Head-Worn AR Exploiting Around the Field-of-View Interaction

VRMenuDesigner: A toolkit for automatically generating and modifying VR menus

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