Ofdm based signal detection performance in cognitive radio systems

N Armi, C Wael, YN Wijayanto, WZ Khan… - … on Research of …, 2018 - ieeexplore.ieee.org
Performance of energy detector is affected by many factors, such as fading, shadowing,
malicious user attack, etc. Those things potentially decreases the performance of primary …

[HTML][HTML] Optimasi Penginderaan Spektrum Pada Radio Kognitif Untuk Mengatasi Kelangkaan Frekuensi Dalam Sistem Komunikasi Nirkabel

N Armi - 2024 - penerbit.brin.go.id
Jumlah pengguna perangkat nirkabel yang meningkat, diikuti dengan jenis-jenis layanan
komunikasi data yang beragam dengan fitur cerdas yang dibutuhkan masyarakat, membuat …

A novel primary user detection using OFDM internal structures on Raspberry Pi

M Alizadeh, J Kazemitabar - International Journal of …, 2022 - inderscienceonline.com
Using autocorrelation-based techniques for detecting (Orthogonal Frequency Division
Multiplexing) OFDM signals in cognitive radio systems is well studied. Correlating the cyclic …

Comparison of throughput metrics based on transmission content in cognitive radio networks

A Verma, N Kaur, IK Aulakh - … in Engineering: SIGMA 2018, Volume 2, 2019 - Springer
The principle of cognitive radio technology is to enhance the proficiency of the wireless
systems by using the frequency band among unlicensed users also. A cognitive radio …

Performance Analysis and Comparison of Modulation and Congestion Techniques in Cognitive Radio Networks

IK Aulakh, N Kaur, M Malhotra, A Verma… - Advanced Informatics for …, 2019 - Springer
The objective of CR Technology is to improve the spectrum efficiency of frequency band
allocation among unlicensed users in the wireless environment. In Cognitive Radio Systems …

Comparison of Throughput Metrics

A Verma, N Kaur, IK Aulakh - Applications of Artificial Intelligence …, 2018 - books.google.com
The principle of cognitive radio technology is to enhance the proficiency of the wireless
systems by using the frequency band among unlicensed users also. A cognitive radio …