Brain-Computer Interactions in Extended Reality with Artificial Intelligence and Cloud Computing

This article investigates the current state of Brain-Computer Interface in the areas of cybersecurity, extended reality, and cloud computing and discusses its potential impact, challenges, and future. The review highlights its potential in neuro-rehabilitation and immersive virtual environments, despite challenges like limited clinical studies and data scarcity. Additionally, the integration of Brain-Computer Interface with cloud computing addresses big data challenges by providing scalable resources essential for real-time applications. The article envisions the future of the Brain-Computer Interface as a fusion of Artificial Intelligence, extended reality, and biosensors, revolutionizing human-computer interaction and neuro-rehabilitation. This underscores the broader impacts and future potential of creating more intuitive, accessible, and efficient interfaces.

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Publication Details

Published
2025-02-03
DOI
https://doi.org/10.1109/aixmm62960.2025.00015
Primary Topic
Cognitive Computing and Networks
Type
article
Field-Weighted Citation Impact
0.00
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article

Brain-Computer Interactions in Extended Reality with Artificial Intelligence and Cloud Computing

Sukun Li, Avery Leider
Cognitive Computing and Networks
article

Brain-Computer Interactions in Extended Reality with Artificial Intelligence and Cloud Computing

Sukun Li, Avery Leider
article en

Abstract

This article investigates the current state of Brain-Computer Interface in the areas of cybersecurity, extended reality, and cloud computing and discusses its potential impact, challenges, and future. The review highlights its potential in neuro-rehabilitation and immersive virtual environments, despite challenges like limited clinical studies and data scarcity. Additionally, the integration of Brain-Computer Interface with cloud computing addresses big data challenges by providing scalable resources essential for real-time applications. The article envisions the future of the Brain-Computer Interface as a fusion of Artificial Intelligence, extended reality, and biosensors, revolutionizing human-computer interaction and neuro-rehabilitation. This underscores the broader impacts and future potential of creating more intuitive, accessible, and efficient interfaces.

Adelphi University (US)
Openalex Percentile: Top 95%
Cognitive Computing and Networks
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