1 이정환 ; 김재겸 ; 김병도 ; 윤동원 ; 최준원, "페이딩 환경에서의 딥러닝 기반 고성능 자동 변조분류 기법" 한국정보기술학회 16 (16): 1-10, 2018
2 O. A. Y. Ojeda, "Sensitivity analysis of cyclostationarity-based and radiometric detectors for single-sensor receivers" 48 (48): 27-43, 2012
3 D. Roy, T. Mukherjee, M. Chatterjee, E. Blasch, and E. Pasiliao, "RFAL: Adversarial learning for RF transmitter identification and classification" 6 (6): 783-801, 2020
4 T. E. Bogale, "Multi-cycle cyclostationary based spectrum sensing algorithm for OFDM signals with noise uncertainty in cognitive radio networks" 1-6, 2012
5 K. Youssef, "Machine learning approach to RF transmitter identification" 2 (2): 197-205, 2018
6 H. Jafari, "IoT devices fingerprinting using deep learning" 901-906, 2018
7 I. Hadkhale, "Faster than Nyquist signaling and analysis of its performance under uncoded/coded transmission systems" University of Oulu 2015
8 K. Merchant, "Deep learning for RF device fingerprinting in cognitive communication networks" 12 (12): 160-167, 2018
9 O. A. Dobre, "Cyclostationarity-based robust algorithms for QAM signal identification" 16 (16): 12-15, 2006
10 P. Pawelczak, "Cognitive radio: Ten years of experimentation and development" 49 (49): 90-100, 2011
1 이정환 ; 김재겸 ; 김병도 ; 윤동원 ; 최준원, "페이딩 환경에서의 딥러닝 기반 고성능 자동 변조분류 기법" 한국정보기술학회 16 (16): 1-10, 2018
2 O. A. Y. Ojeda, "Sensitivity analysis of cyclostationarity-based and radiometric detectors for single-sensor receivers" 48 (48): 27-43, 2012
3 D. Roy, T. Mukherjee, M. Chatterjee, E. Blasch, and E. Pasiliao, "RFAL: Adversarial learning for RF transmitter identification and classification" 6 (6): 783-801, 2020
4 T. E. Bogale, "Multi-cycle cyclostationary based spectrum sensing algorithm for OFDM signals with noise uncertainty in cognitive radio networks" 1-6, 2012
5 K. Youssef, "Machine learning approach to RF transmitter identification" 2 (2): 197-205, 2018
6 H. Jafari, "IoT devices fingerprinting using deep learning" 901-906, 2018
7 I. Hadkhale, "Faster than Nyquist signaling and analysis of its performance under uncoded/coded transmission systems" University of Oulu 2015
8 K. Merchant, "Deep learning for RF device fingerprinting in cognitive communication networks" 12 (12): 160-167, 2018
9 O. A. Dobre, "Cyclostationarity-based robust algorithms for QAM signal identification" 16 (16): 12-15, 2006
10 P. Pawelczak, "Cognitive radio: Ten years of experimentation and development" 49 (49): 90-100, 2011
11 Y. Liang, "Cognitive radio networking and communications:an overview" 60 (60): 3386-3407, 2011
12 M. V. Subbarao, "Automatic modulation recognition in cognitive radio receivers using multi-order cumulants and decision trees" 7 (7): 61-69, 2018
13 B. Ramkumar, "Automatic modulation classification for cognitive radios using cyclic feature detection" 9 (9): 27-45, 2009
14 A. Tani, "A low-complexity cyclostationary spectrum sensing for interference avoidance in femtocell LTE-Abased networks" 65 (65): 2747-2753, 2016