Contactless interfaces in virtual reality
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Published:
Jun 30, 2020
Issue Vol. 15 (2020)
Articles
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Neural networks in recognition of handwriting
109-113
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Influence the quality of the interface of online stores on their memorability
114-120
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Comparison of the NFC authentication method with the methods available in Android
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133-138
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Modern technologies for creating graphical user interface in web applications
139-142
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Verification of the precision of GSM and GPS signals available on mobile devices
143-149
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Corporate intranet platform – open and commercial solutions comparison
150-155
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Comparative analysis of solutions used in automated testing
156-163
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Analysis of the vulnerability of IT system users to a phishing attack
164-167
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Contactless interfaces in virtual reality
168-171
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The system using mobile technologies to test reaction time
172-177
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Comparative analysis of a selected version of the Symfony framework
178-183
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Containerization methods in internet service applications
184-188
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Performance analysis of languages working on Java Virtual Machine based on Java, Scala and Kotlin
189-195
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The "Quizer" e-learning platform as a tool for creating interactive quizzes with multiplayer functionality
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202-205
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Object classification using X-ray images
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Semi-supervised learning with the clustering and Decision Trees classifier for the task of cognitive workload study
214-218
Main Article Content
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Abstract
This work presents the results research on interfaces enabling navigation in virtual reality. An original program presenting a typical museum gallery has been written. It implemented a number of different moving scenarios. The paper analyzes which of these methods is best for the user. The optimal speed was tested and determined, using the user feels comfortable and does not lose the sense of control over the program.
Keywords:
virtual reality; contactless interfaces; Cardboard glasses
Article Details
Dragni, A., & Szymczyk, T. (2020). Contactless interfaces in virtual reality. Journal of Computer Sciences Institute, 15, 168–171. https://doi.org/10.35784/jcsi.2050
