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Cognitive radios with multiple antennas exploiting spatial opportunities.

, , , , and . IEEE Trans. Signal Process., 58 (8): 4453-4459 (2010)

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Information processing techniques for Cognitive Base Transceiver stations., , , , , and . ISWPC, page 324-328. IEEE, (2008)Neural Networks Mode Classification based on Frequency Distribution Features., , , and . CrownCom, page 251-257. IEEE, (2007)Signal classification based on spectral redundancy and neural network ensembles., , , , and . CrownCom, page 1-6. IEEE, (2009)A Comparison between Stand-Alone and Distributed Architectures for Spectrum Hole Detection., , , and . WCNC, page 1-6. IEEE, (2010)Cognitive radios with multiple antennas exploiting spatial opportunities., , , , and . IEEE Trans. Signal Process., 58 (8): 4453-4459 (2010)A comparison among cooperative spectrum sensing approaches for cognitive radios., , , , and . CIP, page 168-173. IEEE, (2010)OFDM Recognition Based on Cyclostationary Analysis in an Open Spectrum Scenario., , , and . VTC Spring, IEEE, (2009)Comparison among Cognitive Radio Architectures for Spectrum Sensing., , , and . EURASIP J. Wireless Comm. and Networking, (2011)HOS-based mode classification for infomobility framework., , , and . CWNETS@QSHINE, page 6:1-6:7. ACM, (2007)Distributed Cognitive Sensor Network Approach for Surveillance Applications., , , and . AVSS, page 232-237. IEEE Computer Society, (2009)