A Logical Network Performance Improvement Design based on 6G Communication Support over WSN Framework

The development of wireless information and communication technologies known as 5G includes the incorporation of a number of different intelligent applications. Emerging technologies, on the other hand, have criteria that are noticeably less stringent than what the 5G specs specify. The amount of energy used per bit and the pace at which data is sent are also important aspects. Because of improvements to its frequency range, transmission speed, spectrum efficiency, connection capacity, latency, coverage area, and anti-interference power, sixth-generation (5G) wireless technology will be able to fulfill the needs of a wide variety of network configurations. The goal of 6G is to provide global coverage by connecting marine and non-terrestrial systems including communication satellites and unmanned aerial vehicle (UAV) networks for communication. To achieve this goal, terrestrial and extraterrestrial networks will be merged. Second, research into the sub-6 GHz, mm Wave, high-frequency signals in THz with laser frequency ranges will be conducted separately and in concert with one another in an attempt to increase data transmission speeds and connection densities. Thirdly, 6G networks will allow for a new class of smart applications with the help of AI and big data techniques in order to handle the enormous datasets that will be produced by the widespread deployment of these networks, the variety of interaction scenarios that will be possible, the large number of antennas that will be considered the norm, the expansive bandwidths, and the novel service requirements. In order to provide the unique service needs, such applications will be able to handle the enormous datasets produced by the usage of widely distributed networks, a wide variety of contact situations, and a huge number of antennas. In conclusion, the growth of 6G networks calls for increased network security. This article presents a discussion of the issues that have arisen as a direct result of current research on 6G technology and applications as well as a synopsis of that study.