Adaptive threshold and optimal frame duration for multi-taper spectrum sensing in cognitive radio | Zendy

Ahmed O. Abdul Salam | Zendy; Ray E. Sheriff | Zendy; Saleh R. AlAraji | Zendy; Kahtan Mezher | Zendy; Qassim Nasir | Zendy

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Adaptive threshold and optimal frame duration for multi-taper spectrum sensing in cognitive radio

Author(s) -

Ahmed O. Abdul Salam,

Ray E. Sheriff,

Saleh R. AlAraji,

Kahtan Mezher,

Qassim Nasir

Publication year - 2018

Publication title -

ict express

Language(s) - English

Resource type - Journals

SCImago Journal Rank - 0.733

H-Index - 22

ISSN - 2405-9595

DOI - 10.1016/j.icte.2018.02.002

Subject(s) - cognitive radio , frame (networking) , thresholding , computer science , throughput , channel (broadcasting) , real time computing , algorithm , computer network , telecommunications , artificial intelligence , wireless , image (mathematics)

This paper delivers an accurate approximation for adaptive threshold and optimal frame detection algorithms based on the robust multi-taper method aiming at an efficient spectrum sensing in cognitive radio systems. An appropriate adaptive thresholding allows for seamless vacation of unlicensed secondary users from certain bands upon primary users’ requests, while arbitrary optimal frame detection contributes to the computational and throughput demands. Simulation exercises corroborate the given analysis over Rayleigh channel and multiple-input multiple-output configuration and emphasize the critical role of adopting applicable adaptive threshold and optimal frame detection policies.

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