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Performance Study of an FFH/BFSK Self-Normalizing Receiver with Multitone Jamming's Frequency Offsets

Performance Study of an FFH/BFSK Self-Normalizing Receiver with Multitone Jamming’s Frequency Offsets
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摘要 This study investigates how frequency offsets of multitone jamming affect the fast frequencyhopped binary frequency shift keying （FFH/BFSK） self-normalizing （SNZ） receiver under additive white Gaussian noise （AWGN）. The average bit-error-rate （BER） expressions of the FFH/BFSK SNZ receiver and the average BER expressions of an FFH/BFSK spread-spectrum （SS） communication system with frequency offsets of multitone jamming for the sake of understanding the simulation results better. Simulation results show that BER performance of the FFH/BFSK SNZ receiver with diversity under the worst case multitone jamming （MTJ） and AWGN suffers from multitone jamming＇s frequency offsets when the jamming power is moderate, which is validated by several simulations with different frequency offsets configured in multitone jamming. Therefore, an FFH/BFSK SNZ receiver under multitone jamming can be combated with the help of frequency offsets of multitone jamming. This study investigates how frequency offsets of multitone jamming affect the fast frequencyhopped binary frequency shift keying （FFH/BFSK） self-normalizing （SNZ） receiver under additive white Gaussian noise （AWGN）. The average bit-error-rate （BER） expressions of the FFH/BFSK SNZ receiver and the average BER expressions of an FFH/BFSK spread-spectrum （SS） communication system with frequency offsets of multitone jamming for the sake of understanding the simulation results better. Simulation results show that BER performance of the FFH/BFSK SNZ receiver with diversity under the worst case multitone jamming （MTJ） and AWGN suffers from multitone jamming＇s frequency offsets when the jamming power is moderate, which is validated by several simulations with different frequency offsets configured in multitone jamming. Therefore, an FFH/BFSK SNZ receiver under multitone jamming can be combated with the help of frequency offsets of multitone jamming.
作者 Chao Wei Yu-Fan Cheng
机构地区 National Key Laboratory of Communications
出处 《Journal of Electronic Science and Technology》 CAS 2010年第2期97-102,共6页 电子科技学刊（英文版）
基金 supported by the National Natural Science Foundation of China under Grant No. 60502010 the National Basic Research Program of China under Grant No. A1420080150 the Science Foundation of National Defense Key Laboratory under Grant No.9140C0204010703
关键词 Index Terror. Combatting fast frequency hopping multitone jamming offsets of frequency self- normalizing receiver. Index Terror. Combatting, fast frequency hopping, multitone jamming, offsets of frequency, self- normalizing receiver.
分类号 TN92 [电子电信—通信与信息系统] TN929.5 [电子电信—通信与信息系统]
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参考文献10

  • 1K. C. Teh,C.-L. Chang,T.-M. Tu."Performance analysis of FFH/BFSK product-combining receiver with partial-band jamming over independent Rician fading channels,"[].IEEE Trans on Wireless Communications.2005
  • 2Y. Han,K. C. Teh."Performance study of asynchronous FFH/MFSK communications using various diversity combining techniques with MAI modeled as alpha-stable process,"[].IEEE Trans on Wireless Communications.2007
  • 3Y. Han,K. C. Teh."Performance study of suboptimum maximum-likelihood receivers for FFH/MFSK systems with multitione jamming over fading channels,"[].IEEE Transactions on Vehicular Technology.2005
  • 4K. C. Teh,A. C. Kot,and K. H. Li."Error probabilities of an FFH/BFSK self-normalizing receiver in a Rician fading channel with multitone jamming[]." IEEE Trans Commun.2000
  • 5RICHARD A Poisel.Modern Communications Jamming Principles and Techniques[]..2004
  • 6J. S.Lee,R. H.French,and L. E.Miller.“Probability of error analysises of a BFSK frequency-hopping system with diversity under Partial-band jamming interference-Part Ⅰ:Performance of square-law linear combining receiver[].IEEE Transactions on Communications.1984
  • 7J. S. Lee,L. E. Miller,and Y. K. Kim."Probability of error analyzes of a BFSK frequency-hopping system with diversity under partial-band jamming interference—Part Ⅱ: Performance of square-law nonlinear combining soft decision receiver[]." IEEE Trans Commun.1984
  • 8L. E. Miller,J. S. Lee,and A. P. Kadrichu."Probability of error analyzes of a BFSK frequency-hopping system with diversity under partial-band jamming interference—Part Ⅲ: Performance of square-law self-normalizing soft decision receiver[]." IEEE Trans Commun.1986
  • 9Wu Tsan-ming.A sub-optimal maximum-likelihood receiverfor FFH/BFSK systems with multitone jamming over frequency-selective rayleigh fading channels[].IEEE Transon Vehicular Technology.2008
  • 10Han Y,The K C.Performance study of linear and nonlinear diversity-combining techniques in synchronous FFH/MA communication systems over fading channels[].IET Communications.2007
Journal of Electronic Science and Technology
2010年 第2期

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