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AUTHOR(S): Rekha M, Dr. M. Bhuvaneswari
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TITLE A Unique Channel Distribution and Mapping for Plan Engine Using Cognitive Radio Technology in 5G |
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ABSTRACT The spectrum distribution in some auctioned wireless facilities mainly rests upon the need and the tradition of approved primary users (PUs) of a confident band of frequencies. These frequencies are employed by the PUs as per their requirements and necessities. Once the distributed spectrum is not being employed in the complete effective way, the unemployed band is preserved by the PUs as white space without trusting much in the idea of spectrum shortage. There are techniques that numerous researchers have developed and used, such the cognitive radio system, which makes use of a radio controlled by software and adjustable antennas tuned to different frequencies at varying moments. The secondary users (SU) who would be waiting in line to use the unoccupied spectrum, also known as the white space, have needs that are realized by cognitive radio (CR) equipment. The CR techniques enhanced with various frequency distribution engines and techniques in various geographic locations while adhering to FCC and ITU supervisory requirements.The current CR technology embraces the intelligence in time schedule and knows the differences of both static and dynamic spectrum allocation by scheduling the SUs while the PUs are not using the spectrum and forcing them to leave the band fast when the PUs pitch in. This work identifies a number of the research gaps reported in the earlier literature. Over a 90-day period in India, the properties of the PUs and SUs were investigated while being applied in a few particular spectrum areas. Different time zones ,the needs of the SUs, the necessity of the applications, static and dynamic spectrum usage, the development of the spectrum policy engine allied with cooperative and adaptive spectrum access, techniques utilizing artificial intelligence , and the development of the utility element of the entire spectrum have all been taken into account(AI).As a result, without being limited but established policies, the PU and SU channel mapping can be improved. For cognitive radio, we identify the transmitter and receiver parameters and apply them to a proposed channel adaption method. We also utilize a real time survey and a spectrum analyzer to examine the white spaces provided by the VHF,GSM-900 and GSM -100 spectrum bands. Using the Swotting algorithm, the detected variables and white spaces are mapped. Where such regulations can be activated in a policy server, a sample policy has been presented for the ISM band 2.4 GHz. The 5G CORE spectrum allocation feature is advised to be implemented over the policy engine. |
KEYWORDS cognitive radio; wireless communications; 5G CORE; spectrum allocation; 5G communications |
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Cite this paper Rekha M, Dr. M. Bhuvaneswari. (2024) A Unique Channel Distribution and Mapping for Plan Engine Using Cognitive Radio Technology in 5G. International Journal of Instrumentation and Measurement, 9, 5-10 |
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