Elastic-Move: Passive Force Feedback Devices for Virtual Reality Locomotion

Yi, Da-Chung; Chang, Kuan-Ning; Tai, Yun-Hsuan; Chen, I-Cheng; Hung, Yi‐Ping

doi:10.1109/vrw50115.2020.00234

Cited by 2 publications

(1 citation statement)

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“…The taxonomy in the publication by Arns and Cruz-Neira [55] merely takes up parts of a taxonomy that was already introduced by Arns [56] in a previous publication. Yi et al [57] apply the taxonomy by Boletsis [4] and do not propose their own taxonomy. Some of the remaining 19 publications were retrieved from multiple search databases, resulting in hit rates from 0.83% to 33.33% (ACM Digital Library: 1/120 (0.83%), Cite-SeerX: 3/119 (2.52%), dblp: 1/3 (33.33%), Google Scholar: 14/120 (11.67%), IEEE Xplore: 5/43 (11.63%), Scopus: 5/62 (8.07%), and Semantic Scholar: 8/120 (6.67%)).…”

Section: Screening Process and Resultsmentioning

confidence: 99%

A Systematic Literature Review of Virtual Reality Locomotion Taxonomies

Prinz

Mathew

Weyers

2023

IEEE Trans. Visual. Comput. Graphics

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The change of the user's viewpoint in an immersive virtual environment, called locomotion, is one of the key components in a virtual reality interface. Effects of locomotion, such as simulator sickness or disorientation, depend on the specific design of the locomotion method and can influence the task performance as well as the overall acceptance of the virtual reality system. Thus, it is important that a locomotion method achieves the intended effects. The complexity of this task has increased with the growing number of locomotion methods and design choices in recent years. Locomotion taxonomies are classification schemes that group multiple locomotion methods and can aid in the design and selection of locomotion methods. Like locomotion methods themselves, there exist multiple locomotion taxonomies, each with a different focus and, consequently, a different possible outcome. However, there is little research that focuses on locomotion taxonomies. We performed a systematic literature review to provide an overview of possible locomotion taxonomies and analysis of possible decision criteria such as impact, common elements, and use cases for locomotion taxonomies. We aim to support future research on the design, choice, and evaluation of locomotion taxonomies and thereby support future research on virtual reality locomotion.

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