RETRACTED ARTICLE: High energy and spectral efficiency analysis for CRAHN based spectrum aggregation

The current work proposes to conquer the issue looked by the ordinary spectrum aggregated CRAHN strategy. Co-operative routing and range spectrum aggregation are two promising strategies for cognitive radio ad-hoc networks (CRAHNS). Propose a range spectrum collection based helpful routing protocol,...

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Bibliographic Details
Published in:Journal of ambient intelligence and humanized computing 2021-06, Vol.12 (6), p.6621-6628
Main Authors: Devapriya, S., Kannan, N.
Format: Article
Language:English
Subjects:
Ad hoc networks
Artificial Intelligence
Cognitive radio
Computational Intelligence
Delay
Effectiveness
Engineering
Games
Original Research
Profitability
Robotics and Automation
Routing (telecommunications)
Spectrum allocation
User Interfaces and Human Computer Interaction
Utility functions
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Summary:The current work proposes to conquer the issue looked by the ordinary spectrum aggregated CRAHN strategy. Co-operative routing and range spectrum aggregation are two promising strategies for cognitive radio ad-hoc networks (CRAHNS). Propose a range spectrum collection based helpful routing protocol, named as routing protocol. The basic objective of spectrum aggregation based agreeable routing protocol is to give higher imperatives profitability, upgrade throughput, and diminishes framework delay for CRAHNS. In this work Stackelberg gaming hypothesis will be actualized to accomplish high throughput and decreased delay, and this likewise improves the spectrum and energy effectiveness. Gaming method will be conducted between different channels. After doing the game, winner node among each channel is shortlisted. Now the transmission will be towards the Base station, yet again the gaming progression is done, and among the shortlisted nodes the node with high strength is being denoted and this is considered as the path with high transmitting energy and efficiency. By choosing this route, we can able to increase the effectiveness of the system. The throughput and end to end delay can be derived by using various diversity techniques. The different output power can be estimated. Over 97% efficiency achieved by using Stackelberg gaming theory.
ISSN:1868-5137
1868-5145
DOI:10.1007/s12652-020-02281-8