Incorporation of Radar Connectivity for Large-scale Internet of Things Services at 6G Speed
DOI:
https://doi.org/10.63503/j.ijssic.2025.180Keywords:
Internet of Things (IoT), wireless networks, 6G, healthcare, transportation, smart grid, industry 4.0Abstract
A competition to the finish line has been triggered by the launch of the generation of wireless networks known as 6G. In order to find the most efficient answers to the challenges faced by their ancestors, researchers from all around the globe have started their investigations. A number of review articles presented their points of view and offered an analytical evaluation of the current state of the art, so presenting the reader with a comprehensive picture of the most recent developments. Despite the fact that significant progress has been achieved, the majority of the initiatives that have been made have been theoretical in nature. These endeavours have focused on the large picture rather than the specific implementation issues that arise when trying to connect the Internet of Things to applications that are used in the real world. The review is approached in a different manner in this article, which covers a number of Internet of Things use cases that are meant to be indicative of the field as a whole. The use cases that were selected were selected from the industries that have been the subject of the greatest research and that stand to profit from 6G and associated technologies. The Fourth Industrial Revolution, with its implications for healthcare, smart grids, transportation, and more. We also spoke about some of the difficulties that we encountered in the real world and the important lessons that we learned from putting these use cases into practice. There is a high degree of congruence between the basic requirements of the cases and the primary drivers for the next generation of wireless networks, which is the focus of this inquiry.
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