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Cyclostationary-based low complexity wideband spectrum sensing using compressive sampling.

, , and . ICC, page 1619-1623. IEEE, (2012)

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Cyclic spectrum reconstruction and cyclostationary detection from sub-Nyquist samples., , , and . SPAWC, page 425-429. IEEE, (2013)Cyclostationary detection from sub-Nyquist samples for Cognitive Radios: Model reconciliation., , , and . CAMSAP, page 384-387. IEEE, (2013)Blind modulation classification based on spectral correlation and its robustness to timing mismatch., and . MILCOM, page 277-282. IEEE, (2011)Cyclostationary feature detection from sub-Nyquist samples., , , , and . CAMSAP, page 333-336. IEEE, (2011)Spectrum Sensing Under RF Non-Linearities: Performance Analysis and DSP-Enhanced Receivers., , , and . IEEE Trans. Signal Process., 63 (8): 1950-1964 (2015)Cyclostationary-based low complexity wideband spectrum sensing using compressive sampling., , and . ICC, page 1619-1623. IEEE, (2012)Suppressing RF front-end nonlinearities in wideband spectrum sensing., , , and . CrownCom, page 87-92. ICST / IEEE Computer Society, (2013)How wideband receiver nonlinearities impact spectrum sensing., and . GlobalSIP, page 1178-1181. IEEE, (2013)Low Complexity Feature-Based Modulation Classifier and Its Non-Asymptotic Analysis., and . GLOBECOM, page 1-5. IEEE, (2011)Energy Detection Based Spectrum Sensing Over κ-μ and κ-μ Extreme Fading Channels., , , , , and . IEEE Trans. Veh. Technol., 62 (3): 1031-1040 (2013)