Citation: | Lu Yan, Tan Zhanzhong, Ding Ziminget al. Effect of channel mismatch and mutual coupling on GPS adaptive array[J]. Journal of Beijing University of Aeronautics and Astronautics, 2005, 31(10): 1110-1115. (in Chinese) |
[1] 倪晋麟,李 振,张光义. 通道失配对自适应阵列性能的影响[J] 现代雷达,1994,16(3):53~59 Ni Jinlin, Li Zhen, Zhang Guangyi. The effect of channel mismatch on the performance of adaptive array[J] Modern Radar, 1994, 16(3) :53~59(in Chinese) [2] 高 雪,胡鸿飞,傅德民. 自适应天线阵中单元互耦对系统性能的影响[J] 西安电子科技大学学报,2001,28(5):573~579 Gao Xue, Hu Hongfei, Fu Demin. The effect of element mutual coupling on the performance of adaptive arrays[J] Journal of Xidian University, 2001,28(5):573~579(in Chinese) [3] Lu Yan'e, Yang Jun, Ding Ziming, et al. The orthogonal weighted algorithm for GPS receiver anti-jamming. 2001 CIE International Conference on Radaaar Proceedings. 2001.1190~1194 [4] 王永良,吴仁彪. 通道不一致性、互耦对最优阵列处理器的影响[J] 统工程与电子技术,1993,(2):49~55 Wang Yongliang, Wu Renbiao.Effect of channel to-channel mismatch and mutual-coupling on the performance of optimum array processor[J] ystem Engineering and electronic technology, 1993,(2):49~55(in Chinese) [5] Segovi a D, Martin R, Sierra-Perez M. Mutual coupling effect correction in microstrip arrays for direction-of-arrival estimation[J] EEE Trans on AP,2002,49(2):113~118 [6] 刘德树.空间谱估计及其应用[M] 合肥:中国科技大学出版社,1998 Liu Deshu.The estimation of spatial spectrum and applications[M] Hefei:Chinese Technology University Press,1998(in Chinese) [7] 陈祖明.矩阵论引论[M] 京:北京航空航天大学出版社,1998 Chen Zuming. Matrix theory[M] Beijing:Beijing University of Aeronautics and Astronautics Press, 1998(in Chinese) [8] Schmidt R O. Multiple emitter location and signal parameter estimation[J] IEEE Trans on AP, 1986,34(3):276~280 [9] 杨 超.自适应圆阵中干扰抑制和互耦补偿[J] 国空间科学技术, 1998,(4):31~34 Yang Chao.Coherent interference suppression and mutual coupling compensation in adaptive circular array[J] Chinese Space Science and Technology, 1998,(4):31~34(in Chinese) [10] Adve R S, Sarkar T K. Elimination of effect of mutual coupling in an adaptive nulling system with a look direction constraint[J] IEEE Trans on AP,1996,2:1164~1166 [11] Gupta I J, Ksienski A A. Effect of mutual coupling on the performance of adaptive array[J] IEEE Trans on AP, 1983,31(5):785~791 [12] 王 忠,黄顺吉.GPS抗干扰自适应圆阵性能的研究[J] 波科学学报, 1997,12(4):448~452 Wang Zhong, Huang Shunji. Characteristics study of GPS anti-interference adaptive circular array[J] Chinese Journal of Radio Science, 1997,12(4):448~452(in Chinese) [13] 闫润卿,李英惠.微波技术基础[M] 京:北京理工大学出版社,1997 Yan Runqing, Li Yinghui. The microwave technology basis[M] eijing:Beijing Institute of Technology Press,1997(in Chinese)
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