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Enhancing Cognitive Radio Network Design with New Energy Detection versus Pilot and Radio-Based Techniques

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  • Rizwana N. A
  • Nagaraju V

Abstract

This study aimed to enhance the energy efficiency (EE) and accuracy of the Cognitive Radio Network (CRN)system design by using a unique energy detection approach, contrasting it with the conventional Pilot andRadio Based Detection Technique. A model was developed and processed in Python, using a network datasetfor initial exploration, sourced from the UCI Machine Learning Repository. Statistically, with a confidenceinterval of 95% and sample size of 140, the energy detection's precision was assessed. In evaluating spectrumallocation, the conventional technique had a slightly higher accuracy. However, our proposed energy detectionmethod achieved an impressive 95.2713% accuracy. Surprisingly, it processed in just 4 seconds, half the timetaken by the conventional method. The results confirm the new method's superiority in energy efficiency.

Suggested Citation

  • Rizwana N. A & Nagaraju V, 2024. "Enhancing Cognitive Radio Network Design with New Energy Detection versus Pilot and Radio-Based Techniques," SPAST Reports, SPAST Foundation, vol. 1(3).
    • Handle: RePEc:bps:jspath:v:1:y:2024:i:3:id:4914
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    File URL: https://spast.org/article/view/4914/307
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