A Study on the Potential Role of Blockchain in Future Wireless Mobile Networks | IEEE Conference Publication | IEEE Xplore

A Study on the Potential Role of Blockchain in Future Wireless Mobile Networks


Abstract:

The "Internet of Things" or IoT has recently transformed the established sector into smart infrastructure with 6G data-driven design. Because of their decentralization, s...Show More

Abstract:

The "Internet of Things" or IoT has recently transformed the established sector into smart infrastructure with 6G data-driven design. Because of their decentralization, straightforwardness, absence of range assets, intrinsic protection and security, absence of interoperability, mystery, and prospering shrewd application regions like IoT Innovation and Industry 4.0, blockchains (BCT) has drawn in a ton of consideration. These facts served as the impetus for this paper's extensive survey, which focused on the potential benefits and difficulties of integrating blockchain technology into 6G cell networks, Industrial iot, and smart industries. These issues included power grid sharing, mathematical loads, response time, transmission capacity above, plans of action, maintainability goals, and edge insight. Specialists accentuated the combination of blockchain and IoT to empower knowledge dispersion in modern IoT later on, as well as the innovation model of 6G to understand the effective execution of BCT plans. This paper talked about the interesting issues that are now being faced, mitigating strategies, and potential future research directions that could aid in the realisation of this vision.
Date of Conference: 12-13 May 2023
Date Added to IEEE Xplore: 24 July 2023
ISBN Information:
Conference Location: Greater Noida, India

I. Introduction

Wireless networks (WNs) are a rapidly developing technology with cutting-edge qualities like flexibility, mobility, the absence of wires, etc. Their environment is constantly growing. Their use is expanding in a variety of smart applications, including smart grids, autonomous vehicles, intelligent transport planning, smart agriculture, smart ecommerce, and smart cities. It is increasingly becoming a regular part of people's daily lives for activities where a transmitter can deliver crucial information to the recipient without employing any physical media (cables) [1]. The very high data throughput, network connectivity, and high bandwidth offered by recent technological advancements in WNs come with a number of drawbacks, including security, privacy, dependability, genuineness, uprightness and versatility give that might weaken the activity of WNs-based applications.

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References

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