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Multi-source multi-relay underlay cognitive radio networks with multiple primary users.

, , and . ICC, page 7558-7563. IEEE, (2015)

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On the Performance of Cognitive Relay Networks Under Primary User's Outage Constraint., , , , and . IEEE Communications Letters, 15 (4): 422-424 (2011)Analysis of asynchronous frequency hopping multiple-access network performance based on the frequency hopping sequences., , , and . IET Communications, 9 (1): 117-121 (2015)Underlay cognitive relay networks with imperfect channel state information and multiple primary receivers., , , and . IET Communications, 9 (4): 460-467 (2015)Performance analysis of a joint estimator for timing, frequency, and phase with continuous-phase modulation., , , and . IET Communications, 10 (3): 263-271 (2016)Measuring the Complexity of Chaotic Time Series by Fuzzy Entropy., , , , , and . ICFNDS, page 16:1-16:7. ACM, (2017)Passive multiple disjoint sources localization using TDOAs and GROAs in the presence of sensor location uncertainties., , , , and . ICC, page 47-52. IEEE, (2012)Determining the Complexity of FH/SS Sequences by Fuzzy Entropy., , , , and . ICC, page 1-5. IEEE, (2011)Multi-source multi-relay underlay cognitive radio networks with multiple primary users., , and . ICC, page 7558-7563. IEEE, (2015)Feasibility of maximum eigenvalue cooperative spectrum sensing based on Cholesky factorisation., , , and . IET Communications, 10 (2): 199-206 (2016)Threshold Based Relay Selection Protocol for Wireless Relay Networks with Interference., , and . ICC, page 1-5. IEEE, (2010)