基于分布式传感器信息融合的辐射源识别

[1] Applying theRelational Modeling and Knowledge Based Techniques tothe Emitter Database Design. DUDCZYK J,MATUSZEWSKI J,WNUK M. 14th Int Conf on Mi-crowaves,Radar and Wireless Communications . 2002

[2] Classification of Modulation Signals Using Sta-tistical Signal Characterization and Artificial Neural Networks. ABDULNASIR HOSSEN,FAKHRI AL WADAHI,JOSEPHA JERVASE. Engineering Applications of Artificial Intelligence . 2007

[3] Specific emitter identification (SEI) and classical parameterfusiontechnology. Langley L E. WESCON93 . 1993

[4] An improved SVDU-IKPCA algorithm for specific emitter identification. Xu Dan,Yang Bo,Jiang Wenli,et al. Proc of the2008IEEE Int Conf on Information and Automation . 2008

[5] Bayesian and Dempster-Shafer target identification for radar surveillance. Leung H, Wu J F. IEEE Transactions on Aerospace and Electronic Systems . 2000

[6] Specific emitter identifi-cation using intrapulse data. Adam Kawalec,Robert Owczarek. European Radar Confer-ence 2004 . 2004

[7] Knowledge-based signal processing for radar identification. Matuszewski J,Kawalec A. The 9th International Conference on Modern Problems of Radio Engineering, Telecommunications and Computer Science TCSET‘2008 . 2008

[8] Synthetic aperture radar identification based on information fusion. Li Nan,Qu Changwen,Su Feng,et al. 20092nd Asian-Pacific Conf on Synthetic Aperture Radar Proc . 2009

[9] Resem-blance coefficient based intrapulse feature extractionapproach for radar emitter signals[]. Gexiang Zhang,Weidong Jin,Laizhao Hu. Chinese Journalof Electronics . 2005

[10] Emitter target recognition based on multi-sensor data fusion of ESM and IR. WANG Jie-gui. The9th International Conference on Signal Processing Proceedings . 2008

[1] Applying theRelational Modeling and Knowledge Based Techniques tothe Emitter Database Design. DUDCZYK J,MATUSZEWSKI J,WNUK M. 14th Int Conf on Mi-crowaves,Radar and Wireless Communications . 2002

[2] Classification of Modulation Signals Using Sta-tistical Signal Characterization and Artificial Neural Networks. ABDULNASIR HOSSEN,FAKHRI AL WADAHI,JOSEPHA JERVASE. Engineering Applications of Artificial Intelligence . 2007

[3] Specific emitter identification (SEI) and classical parameterfusiontechnology. Langley L E. WESCON93 . 1993

[4] An improved SVDU-IKPCA algorithm for specific emitter identification. Xu Dan,Yang Bo,Jiang Wenli,et al. Proc of the2008IEEE Int Conf on Information and Automation . 2008

[5] Bayesian and Dempster-Shafer target identification for radar surveillance. Leung H, Wu J F. IEEE Transactions on Aerospace and Electronic Systems . 2000

[6] Specific emitter identifi-cation using intrapulse data. Adam Kawalec,Robert Owczarek. European Radar Confer-ence 2004 . 2004

[7] Knowledge-based signal processing for radar identification. Matuszewski J,Kawalec A. The 9th International Conference on Modern Problems of Radio Engineering, Telecommunications and Computer Science TCSET‘2008 . 2008

[8] Synthetic aperture radar identification based on information fusion. Li Nan,Qu Changwen,Su Feng,et al. 20092nd Asian-Pacific Conf on Synthetic Aperture Radar Proc . 2009

[9] Resem-blance coefficient based intrapulse feature extractionapproach for radar emitter signals[]. Gexiang Zhang,Weidong Jin,Laizhao Hu. Chinese Journalof Electronics . 2005

[10] Emitter target recognition based on multi-sensor data fusion of ESM and IR. WANG Jie-gui. The9th International Conference on Signal Processing Proceedings . 2008