Unraveling the Potential of 6G Wireless Communication Systems in Next-Generation Networks

The entrance of 6G wireless communication systems has reached the peak of connectivity development as the systems are projected to stand out with the remarkable speed, reliability and efficiency level not only compared to previous versions but also on the global level. This article will disclose the 6G transforming of industries, bringing the economical growth and facing the societal challenges. Attaining the achievements of data rates, latency, and reliability via modern technologies like terahertz waves and massive MIMO systems that 6G networks sovereigns, the latter offers progressive implementations across different domains. The applications of 6G technology go beyond the reality to remote surgery using real-time machines and automated smart factories, to communication of autonomous vehicles and immersive experiences, the new concept of human-machine interaction with the new 6G technology is nothing but a hope of an innovative future. Secondly, 6G brings a new era of growth and will lead to an inclusive society with a lower level of economic inequality. Through job provision, wealth enhancement, and reduction in greenhouse gases, 6G networks can catalyze fairness and empower those who were neglected previously. While there are various possibilities of 6G especially privacy breaches, cyber-attacks, and network vulnerabilities, the technology may be also the source of these risks or challenges. This is justified by the active preparation of risk management and strong security measures and the assurance of 6G networks against violation.

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Publication Details

Published
2024-11-21
DOI
https://doi.org/10.1109/icraset63057.2024.10895776
Primary Topic
Advanced MIMO Systems Optimization
Type
article
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article

Unraveling the Potential of 6G Wireless Communication Systems in Next-Generation Networks

P. Muneeshwari, G. Mary Valantina, R. Suguna, D. Lakshmi et al.
Advanced MIMO Systems Optimization
article

Unraveling the Potential of 6G Wireless Communication Systems in Next-Generation Networks

P. Muneeshwari, G. Mary Valantina, R. Suguna, D. Lakshmi, H. Asra Jabeen
article en

Abstract

The entrance of 6G wireless communication systems has reached the peak of connectivity development as the systems are projected to stand out with the remarkable speed, reliability and efficiency level not only compared to previous versions but also on the global level. This article will disclose the 6G transforming of industries, bringing the economical growth and facing the societal challenges. Attaining the achievements of data rates, latency, and reliability via modern technologies like terahertz waves and massive MIMO systems that 6G networks sovereigns, the latter offers progressive implementations across different domains. The applications of 6G technology go beyond the reality to remote surgery using real-time machines and automated smart factories, to communication of autonomous vehicles and immersive experiences, the new concept of human-machine interaction with the new 6G technology is nothing but a hope of an innovative future. Secondly, 6G brings a new era of growth and will lead to an inclusive society with a lower level of economic inequality. Through job provision, wealth enhancement, and reduction in greenhouse gases, 6G networks can catalyze fairness and empower those who were neglected previously. While there are various possibilities of 6G especially privacy breaches, cyber-attacks, and network vulnerabilities, the technology may be also the source of these risks or challenges. This is justified by the active preparation of risk management and strong security measures and the assurance of 6G networks against violation.

Vel Tech Rangarajan Dr. Sagunthala R&D Institute of Science and Technology (IN), Rajalakshmi Engineering College, Saveetha University (IN)
Affordable and clean energy
Openalex Percentile: Top 74%
Advanced MIMO Systems Optimization
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Unraveling the Potential of 6G Wireless Communication Systems in Next-Generation Networks — P. Muneeshwari, G. Mary Valantina, et al. · (2024) | TGRS Research Map | TGRS