A study of Augmented Reality performance in web browsers (WebAR)

Nitika, Nitika; Sharma, Tanuja; Rajvanshi, Saumya; Kishore, Keshav

doi:10.1109/iccmst54943.2021.00065

Cited by 5 publications

(3 citation statements)

References 9 publications

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“…In order to provide a more convenient and powerful platform for researchers, NanoLAS 2.0 will be continuously updated automatically, ensuring timely adjustments based on user feedback. In addition to that, we are also contemplating the incorporation of support for WebVR/AR [30,31,32] in future iterations. WebVR/AR technologies have the potential to integrate virtual reality and augmented reality within a web environment, thereby providing users with an immersive interactive experience.…”

Section: Discussionmentioning

confidence: 99%

NanoLAS 2.0: A Comprehensive Update on a Nanobody-Focused Platform with Advanced Visualization and Docking Simulation Features

Zheng,

Qin,

et al. 2024

Preprint

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SummaryNanobodies, a unique subclass of antibodies initially discovered in camelids, characterized by the absence of light chains and consisting solely of a heavy chain variable region. This distinctive structure endows nanobodies with inherent advantages in the realms of disease treatment and biopharmaceutical applications. Presently, research and applications concerning nanobodies are experiencing rapid growth. However, existing databases suffer from non-uniform data sources and a lack of data standardization. To address these issues, we developed the NanoLAS database in 2023. Despite the progress in data integration made by NanoLAS, there was room for improvement in search functionality, three-dimensional structural display, and other areas. Building upon this foundation, we introduce the comprehensively updated NanoLAS 2.0. This version offers updates to data sources, precise 3D structural presentation, and molecular docking simulation capabilities, refines the multi-condition search mechanism, and incorporates a brand-new sequence viewer as well as epitope prediction functionality. Additionally, to cater to the needs of researchers, we have designed a user-friendly and intuitive interface. In summary, we anticipate that NanoLAS 2.0 will serve as a powerful and easy-to-use research tool, facilitating researchers in their exploration of nanobodies and propelling advancements in the field of nanobody research and application.AvailabilityNanoLAS 2.0 is available athttps://www.nanolas2.onlineContactbingdinghuang@sztu.edu.cnandwangxin@sztu.edu.cn

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Section: Discussionmentioning

confidence: 99%

NanoLAS 2.0: A Comprehensive Update on a Nanobody-Focused Platform with Advanced Visualization and Docking Simulation Features

Zheng,

Qin,

et al. 2024

Preprint

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“…Both gaming and virtual reality technologies are used everywhere, in the automotive industry, manufacturing industry, trade, marketing, education, medicine, and social media. In Oculus (currently Meta Quest) [23], WebAR [24,25], Metaverse [26,27], Replika Luka [28,29], such technologies have as much potential pros and cons. Due to this, health management and education towards balanced use of devices are important.…”

Section: Esport: Marriage Of Gaming and Modified Realitymentioning

confidence: 99%

Virtuality engineering in esports

Białecki,

Gajewski,

Romaniuk

2024

International Journal of Electronics and Telecommunications

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Traditional sports and esports benefit from the development of Information and Communications Technologies (ICT), including gaming, 4D image/video processing, augmented reality (AR), virtual reality (VR), machine learning (ML), artificial intelligence (AI), big data, high-performance computing (HPC), and cloud computing. On the fuzzy border between the areas of physical and modified reality, both types of sports can coexist. The hardware layer of esports includes PC, consoles, smartphones, and peripherals used to interface with computers, including sensors and feedback devices. The IT layer of esports includes algorithms required in the development of games, online platforms, and virtual reality. The esports community includes amateur and professional players, spectators, esports organizers, sponsors, and other stakeholders. Esports and gaming research spans throughout law (intellectual rights, insurance, safety, and age restrictions), administration (teams, clubs, organizations, league regulations, and tournaments) biology (medicine, psychology, addiction, training and education) Olympic and non- Olympic disciplines, ethical issues, game producers, finance, gambling, data acquisition and analysis. Our article aims to presents selected research issues of esports in the ICT virtualization layer.

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“…In general, the synergy of open-source JavaScript AR software such as AR.js with the Three.js library has a variety of applications in interior design [ 29 ], cultural heritage [ 30 ], synthetic visualizations [ 31 ] and education [ 32 , 33 ]. Nitika et al developed a WebRTC marker-based application with AR.js and Three.js to analyze web AR performance, examine potential rendering optimizations and proposing a cloud-based solution [ 34 ]. Rendering can be offloaded to cloud servers, minimizing the overhead, but data transfer suffers from E2E latency and the risk of security and privacy threats.…”

Section: Literature Reviewmentioning

confidence: 99%

Multi-Resolution 3D Rendering for High-Performance Web AR

Boutsi

Ioannidis

Verykokou

2023

Sensors

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In the context of web augmented reality (AR), 3D rendering that maintains visual quality and frame rate requirements remains a challenge. The lack of a dedicated and efficient 3D format often results in the degraded visual quality of the original data and compromises the user experience. This paper examines the integration of web-streamable view-dependent representations of large-sized and high-resolution 3D models in web AR applications. The developed cross-platform prototype exploits the batched multi-resolution structures of the Nexus.js library as a dedicated lightweight web AR format and tests it against common formats and compression techniques. Built with AR.js and Three.js open-source libraries, it allows the overlay of the multi-resolution models by interactively adjusting the position, rotation and scale parameters. The proposed method includes real-time view-dependent rendering, geometric instancing and 3D pose regression for two types of AR: natural feature tracking (NFT) and location-based positioning for large and textured 3D overlays. The prototype achieves up to a 46% speedup in rendering time compared to optimized glTF models, while a 34 M vertices 3D model is visible in less than 4 s without degraded visual quality in slow 3D networks. The evaluation under various scenes and devices offers insights into how a multi-resolution scheme can be adopted in web AR for high-quality visualization and real-time performance.

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A study of Augmented Reality performance in web browsers (WebAR)

Cited by 5 publications

References 9 publications

NanoLAS 2.0: A Comprehensive Update on a Nanobody-Focused Platform with Advanced Visualization and Docking Simulation Features

NanoLAS 2.0: A Comprehensive Update on a Nanobody-Focused Platform with Advanced Visualization and Docking Simulation Features

Virtuality engineering in esports

Multi-Resolution 3D Rendering for High-Performance Web AR

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