GPS抗干扰接收技术研究
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摘要
本文主要对天线与GPS接收机之间的抗干扰单元及其关键技术进行研究。
由于卫星导航定位系统的广泛使用,使得对其抗干扰技术的研究显得迫在眉睫。论文就针对GPS系统的抗干扰技术进行研究。传统的GPS抗干扰接收技术存在抗干扰效果差、每种技术只能对有限几种干扰进行抑制的问题。所以,空时处理的方法就体现出了优势。空时处理可以抑制多种干扰,并且由于抗干扰处理的自由度大大增加,抗干扰能力也有大的提高。然而,空时处理在提高抗干扰能力的同时也会使计算量显著增加。因此,为了降低计算量,就需要研究降维的算法。针对常用的多级维纳滤波(MWF)降维算法,为了进一步降低运算量,论文第二章给出了对MWF前向递推的算法过程进行简化的方法。仿真结果证实了其性能。
多径效应是除干扰外GPS系统最主要的误差源之一,传统的CDMA抑制多径效应的方法不能应用于GPS系统。通用的GPS多径效应抑制技术受限于物理环境和电磁环境。基于此,论文第三章针对不同的电磁环境、不同接收机的要求,给出了两种GPS多径效应抑制的方法并给出了仿真结果。
由于干扰和多径效应都会对GPS接收产生严重影响,所以研究多径效应存在时的GPS抗干扰接收就十分重要。论文第四章给出了两种接收机的设计方案。一种具有较小的复杂度和运算量,适用于电磁环境变化的情况,但性能稍差。另一种复杂度较高,适用于电磁环境慢变或不变的情况,性能较好。两种方法均通过了仿真验证。
现代的电磁环境中存在多种电子设备,所以就需要解决不同电子系统间的兼容问题,论文第五章研究了GPS系统与窄带数字系统、宽带CDMA系统和UWB系统的兼容问题,给出了抑制这些电子系统对GPS系统影响的方法。同时给出了一种抑制GPS系统多址干扰的方法,并通过仿真验证其性能。
由于环境或器件工艺的原因,会引起接收机在接收信号时产生同步时钟抖动,从而引起系统误码率的恶化。因此论文第六章通过理论推导与分析,给出了抖动对GPS系统性能影响的数学结果,并对此进行仿真,仿真结果对实际工程应用有一定的参考价值。
The paper focused on the key technologies of the anti-jamming unit between antennas and GPS receiver.
Since satellite navigation systems have already been used widely, the ways to improve their anti-jamming capability become an emergent task. The paper majors in anti-jamming technologies of GPS. The traditional technologies are not as good as enough because each of them can only treats limited kinds of interferences. Space-Time adaptive processing technology (STAP) shows great predominance in interferences elimination. Almost all kinds of interferences can be counteracted by STAP technology. Since the degrees of freedom in anti-jamming capability are increased, STAP technology performs a very important role in GPS interferences elimination. However, the computational burden of STAP increases enormously along with the improvement of anti-jamming capability. To deal with the problem, a reduced-rank algorithm is needed. In the dissertation, a simplified multistage nested wiener filter (MWF) was presented in chapter 2. The simplification on forward recursion of MWF was implemented. As a consequence, the cost on computation decreased greatly. The results of simulations certified it.
Multipath effect is another major source of GPS error besides interferences. The usual ways used in CDMA systems can not be utilized in GPS systems. The technologies employed in GPS are also restricted by physical and electromagenetic circumstances. The dissertation presents two different ways to deal with the multipath effect in chapter 3. Each of them was designed for one specific situation. Finally, the simulation results were presented.
Since the interferences and multipath effect both can deteriorate the performance of GPS receivers, it is crucial to study the anti-jamming technology under the circumstances with multipath effect. The dissertation showed two designs of GPS receivers in chapter 4. One of them was of low complexity and designed for the condition that the electromagnetic circumstance changing fast. The other was of higher complexity and designed for the condition that the electromagnetic circumstance that never chang or change slowly. Its performance was comparatively better than the former. Both methods were proved by the simulations.
Nowadays, an electronic facility can not be used alone. There are many kinds of them are active in the same time. The coexistence of GPS with other digital systems needs more attention then. The dissertation analyzed the problems of GPS receivers caused by narrowband digital systems、wideband CDMA systems and UWB (Ultra-Wide Band) systems, which leads to the conclusion that MUD (Multiuser Detection) was an efficient way to solve the coexistence of these systems. Additionally, a way to eliminate MAI in GPS systems was discussed in chapter 5. Its capability was proved by the simulation results.
During the reception of GPS signals, the jitter of clock is caused by the electromagnetic circumstance or the bad performances of electronic elements. As a result, the BER of the systems deteriorate greatly. The dissertation analyzed the effect of jitter theoretically and presented a mathematical expression of the effect in chapter 6. Also simulation results were shown. The results can be useful for technical utilization.
由于卫星导航定位系统的广泛使用,使得对其抗干扰技术的研究显得迫在眉睫。论文就针对GPS系统的抗干扰技术进行研究。传统的GPS抗干扰接收技术存在抗干扰效果差、每种技术只能对有限几种干扰进行抑制的问题。所以,空时处理的方法就体现出了优势。空时处理可以抑制多种干扰,并且由于抗干扰处理的自由度大大增加,抗干扰能力也有大的提高。然而,空时处理在提高抗干扰能力的同时也会使计算量显著增加。因此,为了降低计算量,就需要研究降维的算法。针对常用的多级维纳滤波(MWF)降维算法,为了进一步降低运算量,论文第二章给出了对MWF前向递推的算法过程进行简化的方法。仿真结果证实了其性能。
多径效应是除干扰外GPS系统最主要的误差源之一,传统的CDMA抑制多径效应的方法不能应用于GPS系统。通用的GPS多径效应抑制技术受限于物理环境和电磁环境。基于此,论文第三章针对不同的电磁环境、不同接收机的要求,给出了两种GPS多径效应抑制的方法并给出了仿真结果。
由于干扰和多径效应都会对GPS接收产生严重影响,所以研究多径效应存在时的GPS抗干扰接收就十分重要。论文第四章给出了两种接收机的设计方案。一种具有较小的复杂度和运算量,适用于电磁环境变化的情况,但性能稍差。另一种复杂度较高,适用于电磁环境慢变或不变的情况,性能较好。两种方法均通过了仿真验证。
现代的电磁环境中存在多种电子设备,所以就需要解决不同电子系统间的兼容问题,论文第五章研究了GPS系统与窄带数字系统、宽带CDMA系统和UWB系统的兼容问题,给出了抑制这些电子系统对GPS系统影响的方法。同时给出了一种抑制GPS系统多址干扰的方法,并通过仿真验证其性能。
由于环境或器件工艺的原因,会引起接收机在接收信号时产生同步时钟抖动,从而引起系统误码率的恶化。因此论文第六章通过理论推导与分析,给出了抖动对GPS系统性能影响的数学结果,并对此进行仿真,仿真结果对实际工程应用有一定的参考价值。
The paper focused on the key technologies of the anti-jamming unit between antennas and GPS receiver.
Since satellite navigation systems have already been used widely, the ways to improve their anti-jamming capability become an emergent task. The paper majors in anti-jamming technologies of GPS. The traditional technologies are not as good as enough because each of them can only treats limited kinds of interferences. Space-Time adaptive processing technology (STAP) shows great predominance in interferences elimination. Almost all kinds of interferences can be counteracted by STAP technology. Since the degrees of freedom in anti-jamming capability are increased, STAP technology performs a very important role in GPS interferences elimination. However, the computational burden of STAP increases enormously along with the improvement of anti-jamming capability. To deal with the problem, a reduced-rank algorithm is needed. In the dissertation, a simplified multistage nested wiener filter (MWF) was presented in chapter 2. The simplification on forward recursion of MWF was implemented. As a consequence, the cost on computation decreased greatly. The results of simulations certified it.
Multipath effect is another major source of GPS error besides interferences. The usual ways used in CDMA systems can not be utilized in GPS systems. The technologies employed in GPS are also restricted by physical and electromagenetic circumstances. The dissertation presents two different ways to deal with the multipath effect in chapter 3. Each of them was designed for one specific situation. Finally, the simulation results were presented.
Since the interferences and multipath effect both can deteriorate the performance of GPS receivers, it is crucial to study the anti-jamming technology under the circumstances with multipath effect. The dissertation showed two designs of GPS receivers in chapter 4. One of them was of low complexity and designed for the condition that the electromagnetic circumstance changing fast. The other was of higher complexity and designed for the condition that the electromagnetic circumstance that never chang or change slowly. Its performance was comparatively better than the former. Both methods were proved by the simulations.
Nowadays, an electronic facility can not be used alone. There are many kinds of them are active in the same time. The coexistence of GPS with other digital systems needs more attention then. The dissertation analyzed the problems of GPS receivers caused by narrowband digital systems、wideband CDMA systems and UWB (Ultra-Wide Band) systems, which leads to the conclusion that MUD (Multiuser Detection) was an efficient way to solve the coexistence of these systems. Additionally, a way to eliminate MAI in GPS systems was discussed in chapter 5. Its capability was proved by the simulation results.
During the reception of GPS signals, the jitter of clock is caused by the electromagnetic circumstance or the bad performances of electronic elements. As a result, the BER of the systems deteriorate greatly. The dissertation analyzed the effect of jitter theoretically and presented a mathematical expression of the effect in chapter 6. Also simulation results were shown. The results can be useful for technical utilization.
引文
[1] R.L.Fante, J. J.Vaccaro. Evaluation and reduction of multipath-induced bias on GPS time-of-arrival estimates [P]. IEEE PLANS 2002. Doral Palm Springs Resort, Palm Springs, California. April 2002.
[2] R.L.Fante, J. J.Vaccaro. Evaluation of Adaptive Space-Time-Polarization Cancellation of Broadband Interference in GPS Systems[P]. IEEE PLANS 2002. Doral Palm Springs Resort, Palm Springs, California. 2002.
[3] Wei Sun. Amin, M.G. A self-coherence anti-jamming GPS receiver. IEEE Transactions on Signal Processing. Vol.53(10), pp3910 - 3915. Oct. 2005 .
[4] H. E. Witzgall, J. S. Goldstein and M. D. Zoltowski and I. S. Reed. ROCK MUSIC: A reduced order correlation kernel extension of the MUSIC algorithm[P]. invited paper. Conf. Record of the 34th Asilomar IEEE Conference on Signals, Systems and Computers. Oct 2000.
[5] Farid Gul, Fang Jiancheng. Alternate of GPS for Ballistic Vehicle Navigation Systems and Control in Aerospace and Astronautics, 2006. ISSCAA 2006. 1st International Symposium. pp:19-24. Jan. 2006 .
[6] Inoue, T. Nakazawa, K. Yamamoto, Y. etc. Use of human geographic recognition to reduce GPS error in mobile mapmaking learning. Networking, International Conference on Systems and International Conference on Mobile Communications and Learning Technologies, 2006. ICN/ICONS/MCL 2006. pp:222 - 223. April 2006.
[7] Chia-Lung Cheng. Fan-Ren Chang. Kun-Yuan Tu. Highly accurate real-time GPS carrier phase-disciplined oscillator Instrumentation and Measurement. IEEE Transactions on Signal Processing.Vol.54(2),pp819 - 824. Apr 2005.
[8] W.L. Mao, H.W. Tsao, F.R. Chang. National Taiwan University. Anti-jamming solution of GPS receiver using nonlinear adaptive predictor[P]. The 10th IEEE Workshop on Statistical Signal and Array Processing Technical Program. Pocono Manor, Pennsylvania, USA. Aug 2000.
[9] A. Brown, R. Silva, and Gengsheng Zhang. Test results of a high gain advanced GPS receiver [P]. ION 55th Annual Meeting, Cambridge MA. June 1999.
[10] James Bao-Yen Tsui. Fundamentals of Global Positioning System Receivers [M]. JOHN WILEY & SONS, INC. 2000.
[11] 尚建平. GPS抗干扰技术研究[D].武汉大学.2004.
[12] 梁康.GPS干扰机的设计[D].武汉大学.2004.
[13] 张守信.GPS 卫星测量定位理论与应用[M].国防科技大学出版社. 1996
[14] 徐穆洵. 导航星全球定位系统的电子对抗[J]. 电子对抗.1993.3
[15] 朱庆厚.信息战中的卫星通信及其对抗[J].航天电子对抗.1997,1
[16] 孙智信.GPS 导航系统的电子攻防对抗研究综述[J].航天电子对抗.2001,1.
[17] 谭显裕.GPS 在导航战中的作用及其干扰对抗研究[J].现代防御技术.2001,3.
[18] A. Brown, D. Reynolds. Jammer and interference location system-design and initial test result [J]. Proceedings of the ION GPS’99, Nashville TN. Sept 1999.
[19] Steven C. Fisher and Kamran Ghassemi. GPS IIF-The Next Generation [J]. Proceedings of the IEEE. Vol.87(1),pp24-47. Jan. 1999.
[20] Luba, O., Boyd, L., Gower, A. and Crum, J. GPS III system operations concepts [J]. Aerospace and Electronic Systems Magazine, IEEE. pp 10-18. Jan 2005.
[21] Maine. K. Anderson, P and Bayuk, F. Communication architecture for GPS III. Aerospace Conference, 2004. Proceedings [P]. Vol.3, pp 1532-1539. March 2004.
[22] Air force Space Command. GPS III Draft System Specification Requirements [R]. June 2003.
[23] Johnson, K and D. Diefers. GPS III architecture evaluation based on algorithmic service volume model [p]. ION-NTM-03 proceedings, pp513-520. 2003.
[24] John Nielson etc. SAASM Rockwell Collins next generation GPS receiver design [J]. IEEE Position Location and Navigation Symposium. pp.98-105.2000.
[25] Elliott D.Kaplan. GPS原理与应用[M]. 电子工业出版社. 2002.
[26] Howells, P. W. Exploration in fixed and adaptive resolution at GE and SURC [J]. IEEE Trans. on AP. Vol. 24(5), pp.575-584. Sep. 1974.
[27] Applebaum S.P. Adaptive arrays [J]. IEEE Trans on AP. Vol. 24, pp.585-598. 1976.
[28] J. Capon. High-resolution frequency-wavenumber spectrum analysis [J]. Proc. IEEE. Vol.57(8), pp.1408-1418. Aug. 1969.
[29] J. Capon R, J. Greenfield and R. J. Kolker. Multidimensional Maximum Likelihood processing of a large aperture seismic array [J]. Proc. IEEE. Vol. 55(2), pp.192-211. Feb 1967.
[30] L.E.Brenann, J.Mallett and I.S.Reed. Adaptive arrays in airborne MTI radar [J]. IEEE Trans.on AP. Vol. 24(5), pp.607-615. 1976.
[31] L.E.Brenann, J.Mallet and I.S.Reed. Rapid Covengence rate in adaptive arrays [J]. IEEE Trans. on A.E.S. Vol.10(6), pp.835-864. Nov.1974.
[32] Tufts D.W., Kumaresan R. and Kirsteins I. Data adaptive signal estimation by singual value decomposition of a data matrix [J]. Proceedings of the IEEE, 70(6). June. 1982.
[33] J.S. Goldstein and I.S. Reed. Reduced rank adaptive filtering [J]. IEEE trans on signal processing. Vol.45(2), pp.492-496. Feb.1997.
[34] J.S. Goldstein , I.S. Reed. Multidimentional wiener filtering using a nested chain of orthogonal scalar wiener filters [R]. Technical report CSI-96-12-04. University of southern California. Dec.1996.
[35] ARINC Research Corporation. ICD-200 NAVSTAR GPS User Interfaces [R].July1993. REV-PR- 002.
[36] E. Kaplan. Understanding GPS: Principles and Applications [M]. Boston: Artech House, 1996.
[37] R. L. Fante and J. J. Vaccaro. Wideband cancellation of interference in a GPS receive array. IEEE Trans. AES. Vol. 36(2), pp.549~564. April 2000.
[38] S. W. Gilmore and William Delaney. Jamming of GPS Receivers: A Stylized Analysis [R]. Project Report, CMT-174, Lincoln Laboratory. April 1994.
[39] S. Chowhury, M. D. Zoltowski and J. S. Goldstein. Application of reduced-rank chip-level MMSE equalization to forward link with frequency selective multipath. Proceedings 38th Annual Allerton Conference on Communications, system and computing.4-6 Oct. 2000
[40] C. Lanczos. An iteration method for the solution of the eigenvalue problem of linear differential and integral operators. Journal of Research of the National Bureau of Standards, Otc. 1950, 45(4):255~282.
[41] O. L. Frost. An algorithm for linear constrained adaptive array processing [J]. Proc. IEEE. Vol. 60(8), pp.926~935. 1972
[42] 王永良、彭应宁. 空时自适应信号处理[M]. 北京:清华大学出版社. 2000 年 9月.
[43] 王玮. 降维空时自适应处理算法研究及其在机载雷达与移动通信中的应用[D].北京航空航天大学.2002.
[44] 孙晓昶. GPS 空时抗干扰技术研究[D]. 国防科技大学.2003.
[45] W. L. Myrick, M. D. Zoltowski and J. S. Goldstein. Anti-jam space–time preprocessor for GPS based on multistage nested Wiener filter [J]. IEEE MILCOM’99. Atlantic City NJ. 3-6 Oct.1999
[47] Kristensson M.; Jansson M.and Otersten, B. Further results and insights on subspace based sinusoidal frequency estimation [J]. IEEE Trans, SP. Vol.49(12), pp.2962 -2974. Dec. 2001.
[48] J.R.Guerci. J.S.Goldstein and I.S.Reed. Optimal and adaptive reduced-rank STAP [J]. IEEE Trans on Aerospace and Electronic system. Vol. 36(2). pp April, 2000.
[49] J.S. Goldstein and I.S. Reed. Theory of partially adaptive radar [J]. IEEE Trans. on Aerospace and Electronic system. Vol.33(4), pp.1399-1325. Oct.1997.
[50] L. J. Griffiths and C. W. Jim. An alterative approach to linearly constrained adaptive beamforming[J]. IEEE Trans. AP.Vol.30(1), pp27-34. Jan. 1982.
[51] Dietl.G,Zoltowski M.D.and Joham M.Recursive reduced-rank adaptive equalization for wireless communications,in Proc.SPIE2001,vol.4395,pp.16-27,April. 2001.
[52] Lei Huang, Shunjun Wu, Dazhang Feng and Linrang Zhang. Low complexity method for signal subspace fitting. IEE electronics Letters. Vol.40(14), pp. July2004.
[53] 黄磊. 快速子空间估计方法研究及其在阵列信号处理中的应用[D]. 西安电子科技大学.2005
[54] M. L. Honing and W. Xiao. Performance of reduced-rank linear interference suppression [J]. IEEE Trans. Inform. Theory. Vol. 47(5), pp1928-1946. July. 2001
[55] W. Zhuang, J.M. Tranquilla. Effects of multi-path and antenna on GPS observables [J]. IEE.Proc. Radar. Sonar and Navigation. Vol.42(5), pp.267-275. 1995.
[56] J.M. Tranquilla. J.P. Carr. el. Analysis of a choke ring groundplane for multipath controllin GPS application [J]. IEEE Trans. On Antenna and Propagation,Vol.42(7), pp.905-911. 1994.
[57] M.Braasch. Autocorrelation sidelobe consideration in the characterization of multipath error in pseudorandom noise ranging systems [J]. IEEE Trans on Aerospace and Electronic systems. Vol.33(1), pp.290-296. Jan 1997.
[58] A.J.Van. et al. Theory and performance of narrow correlate spacing in a GPS receiver [J]. Proceedings of the national technical meeting. institute of navigation. pp115-124. 1992.
[59] B.Townsend and P.Fenton. A practical approach to the reduction of pseudorange multipath errors in L1 GPS receiver [J]. ION GPS-94. the seventh international technical meeting of the satellite division of the institute of navigation. pp.143-148. 1994.
[60] B.Townsend et al. Performance evaluation of the multipath estimating delay lock loop [J]. Proceedings of the national technical meeting institute of the navigation . pp. 227-283. 1995.
[61] L.Garin, F.Van Diggelen, and J.Rousseau. Strobe and edge correlation multipath mitigation for cod e[J]. Proceedings of ION GPS-96. the ninth international technical meetings of the satellite division of the institute of navigation. pp.657-664. 1996.
[62] L.Weill. Application of the superresolution concepts to the GPS multipath mitigation problem [J]. Proceedings of the national technical meeting. institute of navigation, pp673-682. 1998.
[63] L.Weill and B.Fisher. Method for mitigating multipath effects in radio ranging systems [J]. US patent No.6031881. Feb 2000.
[64] Jerome Soubie, et al. GPS positioning in a multipath environment. IEEE Trans on signal processing [J]. Vol.50(1), pp141-151. Jan 2002
[65] 张贤达,保铮. 通信信号处理 [M]. 北京:国防工业出版社. 2002.
[66] D.J.R.VAN Nee. Multi-path effects on GPS code phase measurements. Navigation.Vol.39(2), pp.177-190. 1992
[67] D.J.R.VAN Nee. Spread-spectrum code and carrier synchronization errors caused by multipath and interference [J]. IEEE Trans. On AES. Vol.29(4), pp.1359-1365. 1993.
[68] W. Zhuang, J.M. Tranquilla. Effects of multi-path and antenna on GPS observables [J]. IEE Proc. Radar. Sonar and Navigation. Vol.42(5), pp.267-275 1995.
[69] 郑利龙. 复杂环境下 GPS 信号参数估计与定位方法研究[D].清华大学.2005.
[70] Wang. K. Ge. H. Joint space-time channel parameter estimation for DS-CDMA system in multipath Rayleigh fading channels [J]. Electronics Letters Vol.37(7), pp.458-460. March 2001.
[71] Feng.Wenjiang. Yu Ping. Yang. Shizhong. Blind parameter estimation on array antenna CDMA communication [J] system. Microwave and Millimeter Wave Technology, 2002. Proceedings. ICMMT 2002. 2002 3rd International Conference on. pp 681-684. Aug. 2002
[72] Z. Gu, E.Gunawan. Joint space-time estimation for DS-CDMA system in fast fading multipath channel [J]. Electronics Letters. Vol 37(23), pp.1407-1408. Nov. 2001.
[73] Jen-Der Lin. Wen-Hsien Fang and Ming-Lu Wu. Joint spatial-temporal channel parameter estimation using tree-structured MUSIC [J]. Vehicular Technology Conference, 2002. VTC Spring 2002. IEEE 55th. Vol.1, pp185-189. May 2002.
[74] Alex B. Gershman, Ulrich Nickel and Johann F.Bohme. Adaptive beamforming algorithms with robustness against jammer motion.[J]. IEEE Trans on signal processing. Vol.45(7), pp1878-1885. July 1997.
[75] A.B.Gershman, G.V.Serebryakov and J.F.Bohome. Constrained Hung-Turner adaptive beamforming algorithm with additional robustness to wideband and moving jammers.[J]. IEEE Trans. AP. Vol. 44, pp. 361–367. Mar 1996.
[76] X.Wang and H.V.Poor. Blind multiuser detection: A Subspace Approach [J]. IEEE Trans. On information theory. Vol.43.(2), pp. 676-689. 1998
[77] L.R. Fante, J. J. Vaccaro. Evaluation and Reduction of Multipath-Induced Bias on GPS Time-of-Arrival [J]. IEEE Trans Aerospace and Electronic systems Vol.39(3), pp.911-920. July 2003.
[78] P. T. Capozza,et al. A single-chip narrow-band frequency-domain exciser for a global positioning system receiver [J]. IEEE journal of solid-state circuits. Vol.35(3), pp401-411. 2000
[79] M.K.Tsatsanis and Z.D.Xu. Performance analysis of minimum variance CDMA receiver [J]. IEEE Trans on signal processing. Vol.46(11), pp.3014-3022. Nov 1998.
[80] J. Young. Analysis of DFT-based frequency excision algorithms for direct-sequence spread spectrum communications [J]. IEEE Trans.Commun.Vol.46(8), pp. 1076–1087. Aug. 1998.
[81] F. Harris. On the use of windows for harmonic analysis with the discrete Fourier transform [J]. Proc. IEEE. Vol. 66(1), pp. 51–83. Jan. 1978.
[82] Seung-Jun Kim and Ronald A. ILTIS. GPS C/A code tracking with adaptive beamforming and jammer nulling [J]. Conference Record of the Thirty-Sixth Asilomar Conference on Signals, Systems and Computers, 2002.
[83] M. El-Tarhuni, A.Ghrayeb. A multipath resistant PN code tracking algorithm [J]. The 13th IEEE International Symposium on Personal, Indoor and Mobile Radio Communications, 2002.
[84] H. V. Poor and L. A. Rush. Narrow Band Interference Suppression in Spread Spectrum CDMA [J]. IEEE Personal Communications magazines. Vol. 1(3), pp. 14-27. Aug. 1994.
[85] L. B. Milstein. Interference Rejection Techniques in Spread Spectrum Systems Communications [J]. Proc. IEEE. Vol. 76(6), pp. 657-671. June 1988.
[86] H. V. Poor, Xiaodong Wang. Code-aided Interference Suppression for DS/CDMA Communications-Part I: Interference Suppression Capability [J]. IEEE Trans. Commun. Vol. 45(9), pp. 1101-1111. Sep 1997.
[87] P. Azmi and M. Nasiri-kenari. Generalized Fourier Transform-domain Technique for Narrowband Interference Suppression in CDMA Communication Systems [J]. Electronics Letters. Vol. 37(10), pp. 652-654. May 2001.
[88] P. Kalidas and K. M. M. Prabhu. An Improved LMS Adaptive Algorithm for Narrowband Interference Suppression in Direct Sequence Spread Spectrum [J]. IEEE Trans. Aero. Vol. 31(3), pp. 1198- 1201. July. 1995.
[89] L. A. Rush and Vincent Poor. Multiuser Detection Techniques for Narrowband Interference Suppression in Spread Spectrum Communications [J]. IEEE Trans. Commun. Vol.43(2), pp.1725-1730. Feb 1995.
[90] J. Wang and L. B. Milstein. Microcellular CDMA Mobile Communication in Frequency Overlay Situations [J]. ICCT’96 Vol. 2, pp. 1123-1125. May 1996.
[91] J. Proakis, 数字通信(第四版)[M]. 北京:人民邮电出版社, 2003.
[92] C. M. Anderson, E. H. Satorius and J. R. Zeidler. Adaptive Enhancement of Finite Bandwidth Signals in White Gaussian Noise [J]. IEEE Trans. Acoust. Speech signal Proc. Vol31(1), pp.17-28. Feb 1983.
[93] Verdu S. Minimum probability of error for asynchronous Gaussian multi-access channel [J]. IEEE Trans. Inform. Theory. Vol. 32(1), pp85-96. 1986.
[94] Verdu S. Multiuser detection [M]. Cambridge University Press. 1998
[95] Paris B.P. Finite orecision decorrelating receivers for multiuser CDMA communication systems [J]. IEEE Trans. Commun. Vol.44(2), pp.496-507. 1996
[96] Madhow U. MMSE interference suppression for timing acquisition anddemodulation in direct-sequence CDMA systems [J]. IEEE Trans. Commun. Vol.46(3), pp.1065-1075. 1998.
[97] Miller S L. Traning analysis of adaptive interference suppression for direct-sequence code-division multi-access systems [J]. IEEE Trans. Commun. Vol.44(2), pp.488-494. 1996
[98] Wong T F etc. Asynchronous multiple-access interference suppression and chirp waveform selection with aperiodic random sequence [J]. IEEE Trans. Commun. Vol.47(1), pp.103-114. 1999
[99] Lupas J.D. Verdu S. Linear multiuser detection for asynchronous code-division multiple-access channels [J]. IEEE Trans. Inform Theory. IT-35, pp123-136. 1989.
[100] 曾兴雯,刘乃安. 通信中的扩展频谱技术 [M]. 西安电子科技大学出版社. 2000.
[101] Romeo Giuliano and Franco Mazzenga. On the coexistence of power-controlled ultrawide-band systems with systems with UMTS,GPS,DCS1800 and fixed wireless systems [J]. IEEE Trans on the vehicular technology. Vol.54(1), pp.62-81. Jan 2005.
[102] S .Abedi and R.TafaZolli.GMD: A new CDMA multiuser detection technique using an evolutionary algorithm [J]. IEEE Proceedings Commun. Vol.148(6), pp.393-399. Dec 2001.
[103] U.Mitra and H.V. Poor. Analysis of an adaptive decorrelating detector for synchronous CDMA Channels [J]. IEEE Trans.on Commun. Vol.44(2), pp.257-268. Feb 1996.
[104] Honig, U. Madhow and S.Verdu. Blind adaptive multiuser detection. IEEE Trans. on information Theory [J]. Vol.41(4),pp.944-960. July 1995.
[106] X.D.Zhang and W. Wei. Blinded adaptive multiuser detection based on Kalman filtering [J]. IEEE Trans. on Signal Processing. Vol.50(l), pp.87-95. Jan 2002.
[107] S .Kapoor. S.Gollamudi. S. Nagaraj. and Y. F. Huang. AdaPtive multiuser detection and beamforming for interference suppression in CDMA mobile radio System [J]. IEEE Trans.on Vehicular Technology. Vol.48(5), pp.1341-1354. September 1999.
[108] D .Reynolds. X.D.Wang. and H.V.Poor. Blind adaptive space-time multiuser detection with multiPle transmitter and receiver antennas [J]. IEE Tranns. on Signal Processing. Vol.50(6), pp.1261-1276. July 2002.
[109] L.Tong,G.G.Xu and T. Kailath. Blind identification and equalization based on second order statistics: A time domain approach [J]. IEEE Trans on information Theory. Vol.40(2), pp.340-349. March 1994.
[110] X .D.Wang and H.V.Poor. Blind multiuser detection:a subspace approach [J]. IEEE Trans.on Information Theory. Vol.44(2), pp.677-690. March 1998.
[111] C.Y. Chi. C.H.Chen and C.Y. Chen. Blind MAI and ISI suppression forDS/CDMA systems using HOS-based inverse filter criteria [J]. IEEE Trans.on Signal Processing. Vol.50(6), pp.1368-1381. June 2002.
[112] J.Q.Shen and Z.Ding. Direct blind MMSE channel equaliZation based on second order statistics [J]. IEEE Trans.on Signal Processing. Vol.48(4), pp. 1015-1022. April 2000.
[113] H .Liu and M.D.Zoltowski. Blind equaliZation in antenna array CDMA systems [J]. IEEE Trans.on Signal Processing. Vol.45(l), pp.161-172. Jan 1997.
[114] M.K.Tastsanis and Z.Y. Xu. Constrained optimization methods for direct blind equalization [J]. IEEE Journal on Selected Areas in Communications. Vol.17(3), pp.424-433. March 1999.
[115] S .Miller and S.C.Schuartz. Integrated spatial-temporal detectors for asynchronous Gaussian multiple access channels [J]. IEEE Trans.on Commun. vol.43(2), pp.396-411. Feb 1995.
[116] R.Kohno. H.Imai. M.Hatoriand S.pasupathy. Combination of an adaptive array antenna and a canceller of inteference for direct-sequence spread-spectrum multiple-access system [J]. IEEE Journal on Selected Areas in Communications. Vol. 8(4), pp.641-649.May 1990.
[117] T. F.Wbng. T. M.Lok. J.5.Lehnert and M.D.Zoltowski. A linear receiver for direct sequence spread-spectrum multiple-access systems with antenna arrays and blind adaptation [J]. IEEE Trans.on Information Theory. Vol.44(2), pp.659-676. March 1998.
[118] X.D.Wang and H.V. Poor. Space-time multiuser detection in multipath CDMA Channels [J]. IEEE Trans.on signal Processing. Vol.47(9), pp.2356-2373. Sep. 1999.
[119] D .Reynolds. X.D.Wang and H.V. Poor. Blind adaPtive space-time multiuser detection with multiple transmitter and receiver antennas [J]. IEEE Trans.on Signal Processing. Vol.50(6), pp.1261-1276. June 2002.
[120] 朱近康. 扩展频谱通信及其应用 [M]. 合肥: 中国科学技术大学出版社. 1993.
[121] Sarwate D, et al. Crosscorrelation properties of pseudorandom and related sequences [J]. Proc. of the IEEE. Vol.68(5), pp.593~619.1980
[122] 杨义先.最佳信号理论与设计.北京:人民邮电出版社.1996.
[123] Welch L. Lower bounds on the maximum cross correlation of signals [J]. IEEE Trans. IT. Vol.20(3), pp.397~399. 1974.
[124] Kumar P, et al. On lower bounds to the maximum correlation of complex roots of unity sequence [J]. IEEE Trans. IT. Vol36(3), pp.633~640. 1990.
[125] Sarwate D. An upper bound on the aperiodic autocorrelation function for a maximal length sequences [J]. IEEE Trans. IT. Vol30 (4), pp. 685-687. 1984
[126] Hemmati F. Upper bounds on the partial correlation of PN sequences [J]. IEEETrans Comm., 1983,31(7):917~922
[127] 杨义先. 移位寄存器序列的状态互相关函数与快速生成[J]. 通信保密. 1990.1.
[128] Nguyen T. Coset correlation of m sequences [J]. IEEE Trans.IT. Vol.34(1), pp. 141~143. 1988.
[129] 胡正名, 杨义先. 并元码的并元互相关函数 [J]. 通信学报. 1993.1
[130] Wolfmann J. Almost perfect autocorrelation sequences [J]. IEEE Trans. IT Vol.38(4), pp.1412~1418. 1990
[131] Jhong Sam Lee and Lenord E. Miller. CDMA 系统工程手册[M]. pp. 265-295.人民邮电出版社. 2001
[132] K.G.比彻姆. 沃尔什函数及其应用[M]. 科学出版社. 1980.
[133] 关肇直. 陈文德. 沃尔什函数与沃尔什变换[M]. 国防工业出版社. 1984.
[134] 柳重堪. 正交函数及其应用[M]. 国防工业出版社. 1984.
[135] H.D.Luke. Sequences and Arrays with perfect periodic correlation [J]. IEEE Trans Aerospace and Electronic Systems. Vol.24(2), pp.287-294, May.1988
[136] Sebeni J O and Leung. C. Performance of concatenated Walsh/PN spreading sequences for CDMA systems. IEEE 49th Vehicular Technology Conference. Vol.1, pp.226-232, 1999.
[137] Theodor S. Rappaport . Wireless Communications Principles and Practice [M]. 蔡涛等译 电子工业出版社. 2000
[138] Saito M and Yamamoto H. Sequence assignment of walsh-hadamard sequences for quasi-synchronous multi-code CDMA systems [J]. The 5th International Symposium on Wireless Personal Multimedia Communications, pp. 673-677, 2002.
[139] Mo-Han Fong. Bhargava, V.K. and Qiang Wang. Concatenated orthogonal/PN spreading sequences and their application to cellular DS-CDMA systems with integrated traffic [J]. IEEE Journal on Selected Areas in Communications. Vol. 14 (3), pp, 547-558. April 1996.
[140] A.V.T. Cartaxo and A.A. de Albuquerque. Jitter in the square synchronizer on direct detection optical communication part 1: theoretical analysis [J]. IEE Proc.Optoelectron, Vol.141(4), pp.209-219. Aug 1994
[141] A.V.T. Cartaxo and A.A. de Albuquerque. Jitter in the square synchronizer on direct detection optical communication part 2: comparison with Frank and Burouski’s results [J]. IEE Proc.Optoelectron, Vol.141(4), pp.220-230. Aug 1994
[142] A.V.T. Cartaxo and A.A. de Albuquerque. Jitter in the square synchronizer on direct detection optical communication part 3: numerical results concerning white circuit noise [J]. IEE Proc.Optoelectron, Vol.141(4), pp.394-400. Aug 1994
[143] Mike P. Li and Jan B. Wilstrup. On the accuracy of jitter separation from bit errorrate function [J]. 2002 IEEE International Test Conference, pp710-713. 2002.
[144] 数字电路抖动解决方案 [R]. 安捷伦. 2004.
[145] Bernard Sklar. Digital Communications Fundamentals and Applications [M] . 电子工业出版社 2002
[146] Bancroft S. An Algebraic Solution of the GPS Equations [J]. IEEE Trans. On AES. Vol. 21(7). pp.56-59. 1985.
[147] Chaffee J, Abel J. Existence and Uniqueness of GPS Solutions [J]. IEEE Trans. On AES. Vol.27(6). pp.952-956. 1991
[148] Chaffee J. Abel J. On the Exact Solution of the Pseudorange Equations [J]. IEEE Trans. on AES. Vol. 30(4). pp.1021-1030. 1994.
[149] Simon D, E1-Sherief H. Real Time Navigation Using the Global Positioning System [J]. IEEE AES Systems Magazine. pp 31-37. Jan. 1995.
[150] Rothblatt M. Urban Area Performance of GPS Receiver with Simultrac Capability [J]. IEEE AES Magazine. pp 29-33. Aug. 1992.
[151] Browning C C, Braden W K.. Application of Advanced Guidance and Navigation Systems to Flight Control of Aircraft and Future Space Vehicles [J]. SPIE-1694. pp. 8-22. 1992.
[152] Allan D W, Thomas C. Technical Directives for the Standardization of GPS Time Receiver Software [J]. Metrologia. Vol.31(1), pp: 69-79. 1994.
[153] Lewandowski W. Petit G. Precision and Accuracy of GPS Time Transfer [J]. IEEE Trans. On Instrumentation and Measurement. Vol. 42(2), pp. 494-497. 1993.
[154] J.Farrell and M.Barth.The Global Positioning System and Inertial Navigation: Theory and Practice [M]. McGraw.Hill. New York. 1998.
[155] E.Kaplan,Ed. Understanding GPS:Principles and Applications [M]. MA:Anech House. Boston.1996. .
[156] T. Logsdon. Understanding the Navstar, GPS, GIS and IVHS [M]. Van Nostrand Reinhold. New York.1995.
[157] L.Vallot. Design and flight teat of a differential GPS/inertial navigation system for approach/landing guidance [M]. Navigation. Vol.38(2), pp.321-340. 1991.
[158] SPilker J. GPS signal structure and Performance characteristics [J]. Navigation. Vol.25(2), pp.121-146. 1978.
[159] Demoz Gebre-Egziabher, J. David Powell and Per Enge. A DME based area navigation systems for GPS/WAAS interference mitigation in general aviation applications [J]. IEEE Position location and Navigation symposium pp. 74-81. March 2000.
[160] Richard E. Cagley, Suk-seung Hwang and John J. Shynk. A multistage interference rejection system for GPS [J]. IEEE 36th Asilomar conference on signals, systems and computers. Vol.2, pp. 1674-1679. Nov 2002.
[161] Dignus-Jan Moelker and Edwin van de pol. Adaptive antenna arrays for interference cancellation in GPS and GLONASS receivers [J]. IEEE Position location and Navigation symposium. pp. 191-198. 1996.
[162] Gary F. Hatke. Adaptive array processing for wideband nulling in GPS systems [J]. IEEE 32th Asilomar conference on signals, systems and computers. Vol.2, pp. 1332-1336. Nov 1998.
[163] Michael D. Zoltowski, Anton S Gecan. Advanced adaptive null steering concepts for GPS [J]. IEEE MILCOM Vol.3, pp. 1214-1218. Nov 1995.
[164] Dignus-Jan Moelker. An optimal array processor for GPS interference cancellation [J]. 15th AIAA/ IEEE conferfece on digital Avionic systems. pp. 285-290. Oct 1996.
[165] Wilbur L. Myrick, Michral D. Zoltowski and J. Scott Goldstein. Anti-jam space-time preprocessor for GPS based on multistage nested Wiener filter [J]. IEEE MILCOM Vol.1, pp. 675-681. Nov 1999
[166] Ronald L. Fante et. Cancellation of jammers and jammer multipath in a GPS receiver [J]. IEEE AES. pp. 622-625. Nov 1998
[167] Robert Rifkin, John J. Vaccaro. Comparison of narrowband adaptive filter technologies for GPS [J]. Position location and Navigation symposium. pp 125-130. March 2000.
[168] Robert Rifkin, John J. Vaccaro. Ensuring GPS availability in an interference environment [J]. Position location and Navigation symposium. pp. 37-40. March 2000
[169] Anton Gecan, Paul Flikkema. Jammer cancellation with adaptive arrays for GPS signals [J]. IEEE southeastcon’96. pp. 320-323. April 1996.
[170] Wilbur L. Myrick, J. Scott Goldstein and Michral D. Zoltowski. Low complexity anti-jam space-time processing for GPS [J]. ICASSP’01. Vol.4, pp. 2233-2236. May 2001.
[171] George Dimon, Triveni Upadhyay. Low-cost solution to narrowband GPS interference problem [J]. NAECON’96. Vol.1, pp. 145-153. 1996.
[172] Brad Badeke, Andreas S. Spanias. Partial band interference excision for GPS using frequency-domain exponents [J]. ICASSP’02. Vol.4, pp. 3936-3939. May 2002.
[173] Moness G. Amin, Liang Zhao and Alan R. Lindsey. Performance analysis of subspace projection techniques for anti-jamming GPS using spatio-temporal interference signatures [J]. IEEE 11th signal processing workshop on stastical signal processing. pp. 361-364. Aug 2001.
[174] Dang Mingjie, Peng Xinjian and Liu Jianghong. Research on the technology of adaptive nulling antenna used in anti-jam GPS [J]. CIE international conference onRadar. pp. 1178-1180. Oct 2001.
[175] Ping Xiong, Michael J. Medley and Stella N. Batalama. Spatial and temporal processing of GPS signals [J]. IEEE 10th signal processing workshop on stastical signal processing. pp. 524-528. Aug 2000.
[176] Hsiao-Yung Chen, Yumin LEE. Space-time adaptive interference-canceling equalizer for W-CDMA with known and unknown interference [J]. WCNC’02. Vol.1, pp. 249-254. March 2002.
[177] Ning Kong. Space-time diversity multistage parallel interference cancellation (MPIC) for CDMA [J]. IEEE VTC2000. Vol.6, pp. 2826-2833. Sep 2000.
[178] Zi-Wei Zheng, Zhi-Xing Yang and Yi-Sheng Zhu. Interference suppression for uplink multiuser CDMA [J]. IEEE ICASSSP. pp.461-464. 2003.
[179] J.R.Guerci. J.S.Goldstein and I.S. Reed. Optimal and adaptive reduced-rank STAP [J]. IEEE Trans on Aerospace and Electronic systems. Vol. 36(2), pp.647-663. April, 2000.
[180] Micheal Zatman and Daniel Marshall. Forwards-backwards averaging for adaptive beamforming and STAP [J]. ICASSP’96. Vol.5, pp.2630-2633. May 1996.
[181]S.U. Pillai, J.R.Guerci and Y.L.Kim. Generalized forward-backward subaperture smoothing techniques for sample starved STAP [J]. ICASSP’98. Vol.4, pp. 2501-2504. May1998.
[182] Timothy A. Barton, Steven T. smith. Structured covariance estimation for space-time adaptive processing [J]. ICASSP’97. Vol.5, pp.3493-3496. April 1997.
[183] James M. Tranquilla, J.P. Carr and Hussiain M. Analysis of a choke ring groundplane for multipath control in Global Positioning System (GPS) applications [J]. IEEE Trans on AP. Vol. 42(7), pp. 905-911. July 1994
[184] Th. Julg. Evaluation of multipath error and signal propagation in a complex scenario for GPS multipath identification [J]. IEEE 4th international symposium on spread spectrum techniques and applications proceedings. Vol.2, pp 872-876. Sep 1996.
[185] A.J.R.M. Cohen. and A.J.de Vos. FFT-based interpolation for multipath detection in GPS GLONASS receivers [J]. Electronics letters. Vol. 28(19), pp. 1787-1788. Sep 1992.
[186] W.E. Mckizine et. Mitigation of multipath through the use of an artificial magnetic conductor for precision GPS surveying antennas [J]. IEEE Antennas and propagation society internetional symposium. Vol.4, pp. 640-643. June 2002.
[187] Charles C. Counselman. Multipath-rejecting GPS antennas [J]. Proceedings of the IEEE. Vol. 87(1), pp. 86-91. Jan, 1999.
[188] Joseph M. Kelly, Micheal S. Braasch. Validation of theoretical GPS multipath bias characteristics [J]. IEEE proceedings Aerospace conference. Vol.3, pp.1317-1325.March 2001
[189] Chritophe M et. N-multipath performance of GPS receivers [J]. Position location and navigation symposium, pp.41-48. March 2000.
[190] Ridha Hamila, Markku Renfors. Nonlinear operator for multipath channel estimation in GPS receivers [J]. IEEE 7th ICECS Vol.1, pp. 352-356. Dec 2000.
[191] Mohinder S. Grewal, Lawrence R and Angus P. Andrews. Global positioning systems, Inertial Navigation, and Integration [M]. John Weiley &Sons, INC. 2001.
[192] Liang Zhao, Moeness G. Amin and Alan R. Lindsey. Mitigation of periodic interferers in GPS receivers using subspace projection techniques [J]. IEEE 6th symposium on signal processing and its applications. Vol.2, pp. 497-460. Aug 2001.
[193] Liang Zhao et. Subspace array processing for the suppression of FM jamming in GPS receivers [J]. IEEE 34th Asilomar conference on signals, systems and computers. Vol.2, pp. 1000-1004. Nov 2000.
[194] Liang Zhao, Moeness G. Amin and Alan R. Lindsey. Subspace projection techniques for anti-FM jamming GPS receivers [J]. IEEE 10th workshop on stastical siganl and array processing. pp. 529-533. Aug 2000.
[195] Romano Fantacci, Dania Marabissi and Simone Morosi. Performance analysis and optimization of a space-time selective PIC for CDMA systems [J]. IEEE Trans on wirelesss communications. Vol. 3(2), pp. 359-366. March 2004.
[196] C.Y. Lai, C.K,Lo. Nonlinear orthogonal spreading sequence design for third generation DS-CDMA systems [J]. IEEE Proc. Communication. Vol. 149(2), pp.105-110. April 2002.
[197] J.S. Goldstein, I.S. Reed.A multistage representation of the wiener filter based on orthogonal projection [J]. IEEE Trans on IT. Vol.44(7), pp2943-2959. Nov 1998.
[198] L. L.Horowitz et al., Controlling Adaptive Arrays with the Sample Matrix Inversion Algorithm [J]. IEEE Trans. AES. Nov. 1979.
[199] Jér?me Soubielle etc. GPS Positioning in a Multipath Environment [J]. IEEE Trans on Signal Processing. Vol. 50(1), pp141-150. Jan, 2002.
[200] Basilio, L.I. etc. A comparative study of a new GPS reduced-surface-wave antenna. Antennas and Wireless Propagation Letters.Vol.4,pp.233 - 236. 2005.
[201] Kim, W. etc. Dual-Band RF Front-End of Direct Conversion Receiver for Wireless CDMA Cellular Phones With GPS Capability. IEEE Transactions on Microwave Theory and Techniques.Vol.54(5), pp:2098 - 2105. May 2006.
[2] R.L.Fante, J. J.Vaccaro. Evaluation of Adaptive Space-Time-Polarization Cancellation of Broadband Interference in GPS Systems[P]. IEEE PLANS 2002. Doral Palm Springs Resort, Palm Springs, California. 2002.
[3] Wei Sun. Amin, M.G. A self-coherence anti-jamming GPS receiver. IEEE Transactions on Signal Processing. Vol.53(10), pp3910 - 3915. Oct. 2005 .
[4] H. E. Witzgall, J. S. Goldstein and M. D. Zoltowski and I. S. Reed. ROCK MUSIC: A reduced order correlation kernel extension of the MUSIC algorithm[P]. invited paper. Conf. Record of the 34th Asilomar IEEE Conference on Signals, Systems and Computers. Oct 2000.
[5] Farid Gul, Fang Jiancheng. Alternate of GPS for Ballistic Vehicle Navigation Systems and Control in Aerospace and Astronautics, 2006. ISSCAA 2006. 1st International Symposium. pp:19-24. Jan. 2006 .
[6] Inoue, T. Nakazawa, K. Yamamoto, Y. etc. Use of human geographic recognition to reduce GPS error in mobile mapmaking learning. Networking, International Conference on Systems and International Conference on Mobile Communications and Learning Technologies, 2006. ICN/ICONS/MCL 2006. pp:222 - 223. April 2006.
[7] Chia-Lung Cheng. Fan-Ren Chang. Kun-Yuan Tu. Highly accurate real-time GPS carrier phase-disciplined oscillator Instrumentation and Measurement. IEEE Transactions on Signal Processing.Vol.54(2),pp819 - 824. Apr 2005.
[8] W.L. Mao, H.W. Tsao, F.R. Chang. National Taiwan University. Anti-jamming solution of GPS receiver using nonlinear adaptive predictor[P]. The 10th IEEE Workshop on Statistical Signal and Array Processing Technical Program. Pocono Manor, Pennsylvania, USA. Aug 2000.
[9] A. Brown, R. Silva, and Gengsheng Zhang. Test results of a high gain advanced GPS receiver [P]. ION 55th Annual Meeting, Cambridge MA. June 1999.
[10] James Bao-Yen Tsui. Fundamentals of Global Positioning System Receivers [M]. JOHN WILEY & SONS, INC. 2000.
[11] 尚建平. GPS抗干扰技术研究[D].武汉大学.2004.
[12] 梁康.GPS干扰机的设计[D].武汉大学.2004.
[13] 张守信.GPS 卫星测量定位理论与应用[M].国防科技大学出版社. 1996
[14] 徐穆洵. 导航星全球定位系统的电子对抗[J]. 电子对抗.1993.3
[15] 朱庆厚.信息战中的卫星通信及其对抗[J].航天电子对抗.1997,1
[16] 孙智信.GPS 导航系统的电子攻防对抗研究综述[J].航天电子对抗.2001,1.
[17] 谭显裕.GPS 在导航战中的作用及其干扰对抗研究[J].现代防御技术.2001,3.
[18] A. Brown, D. Reynolds. Jammer and interference location system-design and initial test result [J]. Proceedings of the ION GPS’99, Nashville TN. Sept 1999.
[19] Steven C. Fisher and Kamran Ghassemi. GPS IIF-The Next Generation [J]. Proceedings of the IEEE. Vol.87(1),pp24-47. Jan. 1999.
[20] Luba, O., Boyd, L., Gower, A. and Crum, J. GPS III system operations concepts [J]. Aerospace and Electronic Systems Magazine, IEEE. pp 10-18. Jan 2005.
[21] Maine. K. Anderson, P and Bayuk, F. Communication architecture for GPS III. Aerospace Conference, 2004. Proceedings [P]. Vol.3, pp 1532-1539. March 2004.
[22] Air force Space Command. GPS III Draft System Specification Requirements [R]. June 2003.
[23] Johnson, K and D. Diefers. GPS III architecture evaluation based on algorithmic service volume model [p]. ION-NTM-03 proceedings, pp513-520. 2003.
[24] John Nielson etc. SAASM Rockwell Collins next generation GPS receiver design [J]. IEEE Position Location and Navigation Symposium. pp.98-105.2000.
[25] Elliott D.Kaplan. GPS原理与应用[M]. 电子工业出版社. 2002.
[26] Howells, P. W. Exploration in fixed and adaptive resolution at GE and SURC [J]. IEEE Trans. on AP. Vol. 24(5), pp.575-584. Sep. 1974.
[27] Applebaum S.P. Adaptive arrays [J]. IEEE Trans on AP. Vol. 24, pp.585-598. 1976.
[28] J. Capon. High-resolution frequency-wavenumber spectrum analysis [J]. Proc. IEEE. Vol.57(8), pp.1408-1418. Aug. 1969.
[29] J. Capon R, J. Greenfield and R. J. Kolker. Multidimensional Maximum Likelihood processing of a large aperture seismic array [J]. Proc. IEEE. Vol. 55(2), pp.192-211. Feb 1967.
[30] L.E.Brenann, J.Mallett and I.S.Reed. Adaptive arrays in airborne MTI radar [J]. IEEE Trans.on AP. Vol. 24(5), pp.607-615. 1976.
[31] L.E.Brenann, J.Mallet and I.S.Reed. Rapid Covengence rate in adaptive arrays [J]. IEEE Trans. on A.E.S. Vol.10(6), pp.835-864. Nov.1974.
[32] Tufts D.W., Kumaresan R. and Kirsteins I. Data adaptive signal estimation by singual value decomposition of a data matrix [J]. Proceedings of the IEEE, 70(6). June. 1982.
[33] J.S. Goldstein and I.S. Reed. Reduced rank adaptive filtering [J]. IEEE trans on signal processing. Vol.45(2), pp.492-496. Feb.1997.
[34] J.S. Goldstein , I.S. Reed. Multidimentional wiener filtering using a nested chain of orthogonal scalar wiener filters [R]. Technical report CSI-96-12-04. University of southern California. Dec.1996.
[35] ARINC Research Corporation. ICD-200 NAVSTAR GPS User Interfaces [R].July1993. REV-PR- 002.
[36] E. Kaplan. Understanding GPS: Principles and Applications [M]. Boston: Artech House, 1996.
[37] R. L. Fante and J. J. Vaccaro. Wideband cancellation of interference in a GPS receive array. IEEE Trans. AES. Vol. 36(2), pp.549~564. April 2000.
[38] S. W. Gilmore and William Delaney. Jamming of GPS Receivers: A Stylized Analysis [R]. Project Report, CMT-174, Lincoln Laboratory. April 1994.
[39] S. Chowhury, M. D. Zoltowski and J. S. Goldstein. Application of reduced-rank chip-level MMSE equalization to forward link with frequency selective multipath. Proceedings 38th Annual Allerton Conference on Communications, system and computing.4-6 Oct. 2000
[40] C. Lanczos. An iteration method for the solution of the eigenvalue problem of linear differential and integral operators. Journal of Research of the National Bureau of Standards, Otc. 1950, 45(4):255~282.
[41] O. L. Frost. An algorithm for linear constrained adaptive array processing [J]. Proc. IEEE. Vol. 60(8), pp.926~935. 1972
[42] 王永良、彭应宁. 空时自适应信号处理[M]. 北京:清华大学出版社. 2000 年 9月.
[43] 王玮. 降维空时自适应处理算法研究及其在机载雷达与移动通信中的应用[D].北京航空航天大学.2002.
[44] 孙晓昶. GPS 空时抗干扰技术研究[D]. 国防科技大学.2003.
[45] W. L. Myrick, M. D. Zoltowski and J. S. Goldstein. Anti-jam space–time preprocessor for GPS based on multistage nested Wiener filter [J]. IEEE MILCOM’99. Atlantic City NJ. 3-6 Oct.1999
[47] Kristensson M.; Jansson M.and Otersten, B. Further results and insights on subspace based sinusoidal frequency estimation [J]. IEEE Trans, SP. Vol.49(12), pp.2962 -2974. Dec. 2001.
[48] J.R.Guerci. J.S.Goldstein and I.S.Reed. Optimal and adaptive reduced-rank STAP [J]. IEEE Trans on Aerospace and Electronic system. Vol. 36(2). pp April, 2000.
[49] J.S. Goldstein and I.S. Reed. Theory of partially adaptive radar [J]. IEEE Trans. on Aerospace and Electronic system. Vol.33(4), pp.1399-1325. Oct.1997.
[50] L. J. Griffiths and C. W. Jim. An alterative approach to linearly constrained adaptive beamforming[J]. IEEE Trans. AP.Vol.30(1), pp27-34. Jan. 1982.
[51] Dietl.G,Zoltowski M.D.and Joham M.Recursive reduced-rank adaptive equalization for wireless communications,in Proc.SPIE2001,vol.4395,pp.16-27,April. 2001.
[52] Lei Huang, Shunjun Wu, Dazhang Feng and Linrang Zhang. Low complexity method for signal subspace fitting. IEE electronics Letters. Vol.40(14), pp. July2004.
[53] 黄磊. 快速子空间估计方法研究及其在阵列信号处理中的应用[D]. 西安电子科技大学.2005
[54] M. L. Honing and W. Xiao. Performance of reduced-rank linear interference suppression [J]. IEEE Trans. Inform. Theory. Vol. 47(5), pp1928-1946. July. 2001
[55] W. Zhuang, J.M. Tranquilla. Effects of multi-path and antenna on GPS observables [J]. IEE.Proc. Radar. Sonar and Navigation. Vol.42(5), pp.267-275. 1995.
[56] J.M. Tranquilla. J.P. Carr. el. Analysis of a choke ring groundplane for multipath controllin GPS application [J]. IEEE Trans. On Antenna and Propagation,Vol.42(7), pp.905-911. 1994.
[57] M.Braasch. Autocorrelation sidelobe consideration in the characterization of multipath error in pseudorandom noise ranging systems [J]. IEEE Trans on Aerospace and Electronic systems. Vol.33(1), pp.290-296. Jan 1997.
[58] A.J.Van. et al. Theory and performance of narrow correlate spacing in a GPS receiver [J]. Proceedings of the national technical meeting. institute of navigation. pp115-124. 1992.
[59] B.Townsend and P.Fenton. A practical approach to the reduction of pseudorange multipath errors in L1 GPS receiver [J]. ION GPS-94. the seventh international technical meeting of the satellite division of the institute of navigation. pp.143-148. 1994.
[60] B.Townsend et al. Performance evaluation of the multipath estimating delay lock loop [J]. Proceedings of the national technical meeting institute of the navigation . pp. 227-283. 1995.
[61] L.Garin, F.Van Diggelen, and J.Rousseau. Strobe and edge correlation multipath mitigation for cod e[J]. Proceedings of ION GPS-96. the ninth international technical meetings of the satellite division of the institute of navigation. pp.657-664. 1996.
[62] L.Weill. Application of the superresolution concepts to the GPS multipath mitigation problem [J]. Proceedings of the national technical meeting. institute of navigation, pp673-682. 1998.
[63] L.Weill and B.Fisher. Method for mitigating multipath effects in radio ranging systems [J]. US patent No.6031881. Feb 2000.
[64] Jerome Soubie, et al. GPS positioning in a multipath environment. IEEE Trans on signal processing [J]. Vol.50(1), pp141-151. Jan 2002
[65] 张贤达,保铮. 通信信号处理 [M]. 北京:国防工业出版社. 2002.
[66] D.J.R.VAN Nee. Multi-path effects on GPS code phase measurements. Navigation.Vol.39(2), pp.177-190. 1992
[67] D.J.R.VAN Nee. Spread-spectrum code and carrier synchronization errors caused by multipath and interference [J]. IEEE Trans. On AES. Vol.29(4), pp.1359-1365. 1993.
[68] W. Zhuang, J.M. Tranquilla. Effects of multi-path and antenna on GPS observables [J]. IEE Proc. Radar. Sonar and Navigation. Vol.42(5), pp.267-275 1995.
[69] 郑利龙. 复杂环境下 GPS 信号参数估计与定位方法研究[D].清华大学.2005.
[70] Wang. K. Ge. H. Joint space-time channel parameter estimation for DS-CDMA system in multipath Rayleigh fading channels [J]. Electronics Letters Vol.37(7), pp.458-460. March 2001.
[71] Feng.Wenjiang. Yu Ping. Yang. Shizhong. Blind parameter estimation on array antenna CDMA communication [J] system. Microwave and Millimeter Wave Technology, 2002. Proceedings. ICMMT 2002. 2002 3rd International Conference on. pp 681-684. Aug. 2002
[72] Z. Gu, E.Gunawan. Joint space-time estimation for DS-CDMA system in fast fading multipath channel [J]. Electronics Letters. Vol 37(23), pp.1407-1408. Nov. 2001.
[73] Jen-Der Lin. Wen-Hsien Fang and Ming-Lu Wu. Joint spatial-temporal channel parameter estimation using tree-structured MUSIC [J]. Vehicular Technology Conference, 2002. VTC Spring 2002. IEEE 55th. Vol.1, pp185-189. May 2002.
[74] Alex B. Gershman, Ulrich Nickel and Johann F.Bohme. Adaptive beamforming algorithms with robustness against jammer motion.[J]. IEEE Trans on signal processing. Vol.45(7), pp1878-1885. July 1997.
[75] A.B.Gershman, G.V.Serebryakov and J.F.Bohome. Constrained Hung-Turner adaptive beamforming algorithm with additional robustness to wideband and moving jammers.[J]. IEEE Trans. AP. Vol. 44, pp. 361–367. Mar 1996.
[76] X.Wang and H.V.Poor. Blind multiuser detection: A Subspace Approach [J]. IEEE Trans. On information theory. Vol.43.(2), pp. 676-689. 1998
[77] L.R. Fante, J. J. Vaccaro. Evaluation and Reduction of Multipath-Induced Bias on GPS Time-of-Arrival [J]. IEEE Trans Aerospace and Electronic systems Vol.39(3), pp.911-920. July 2003.
[78] P. T. Capozza,et al. A single-chip narrow-band frequency-domain exciser for a global positioning system receiver [J]. IEEE journal of solid-state circuits. Vol.35(3), pp401-411. 2000
[79] M.K.Tsatsanis and Z.D.Xu. Performance analysis of minimum variance CDMA receiver [J]. IEEE Trans on signal processing. Vol.46(11), pp.3014-3022. Nov 1998.
[80] J. Young. Analysis of DFT-based frequency excision algorithms for direct-sequence spread spectrum communications [J]. IEEE Trans.Commun.Vol.46(8), pp. 1076–1087. Aug. 1998.
[81] F. Harris. On the use of windows for harmonic analysis with the discrete Fourier transform [J]. Proc. IEEE. Vol. 66(1), pp. 51–83. Jan. 1978.
[82] Seung-Jun Kim and Ronald A. ILTIS. GPS C/A code tracking with adaptive beamforming and jammer nulling [J]. Conference Record of the Thirty-Sixth Asilomar Conference on Signals, Systems and Computers, 2002.
[83] M. El-Tarhuni, A.Ghrayeb. A multipath resistant PN code tracking algorithm [J]. The 13th IEEE International Symposium on Personal, Indoor and Mobile Radio Communications, 2002.
[84] H. V. Poor and L. A. Rush. Narrow Band Interference Suppression in Spread Spectrum CDMA [J]. IEEE Personal Communications magazines. Vol. 1(3), pp. 14-27. Aug. 1994.
[85] L. B. Milstein. Interference Rejection Techniques in Spread Spectrum Systems Communications [J]. Proc. IEEE. Vol. 76(6), pp. 657-671. June 1988.
[86] H. V. Poor, Xiaodong Wang. Code-aided Interference Suppression for DS/CDMA Communications-Part I: Interference Suppression Capability [J]. IEEE Trans. Commun. Vol. 45(9), pp. 1101-1111. Sep 1997.
[87] P. Azmi and M. Nasiri-kenari. Generalized Fourier Transform-domain Technique for Narrowband Interference Suppression in CDMA Communication Systems [J]. Electronics Letters. Vol. 37(10), pp. 652-654. May 2001.
[88] P. Kalidas and K. M. M. Prabhu. An Improved LMS Adaptive Algorithm for Narrowband Interference Suppression in Direct Sequence Spread Spectrum [J]. IEEE Trans. Aero. Vol. 31(3), pp. 1198- 1201. July. 1995.
[89] L. A. Rush and Vincent Poor. Multiuser Detection Techniques for Narrowband Interference Suppression in Spread Spectrum Communications [J]. IEEE Trans. Commun. Vol.43(2), pp.1725-1730. Feb 1995.
[90] J. Wang and L. B. Milstein. Microcellular CDMA Mobile Communication in Frequency Overlay Situations [J]. ICCT’96 Vol. 2, pp. 1123-1125. May 1996.
[91] J. Proakis, 数字通信(第四版)[M]. 北京:人民邮电出版社, 2003.
[92] C. M. Anderson, E. H. Satorius and J. R. Zeidler. Adaptive Enhancement of Finite Bandwidth Signals in White Gaussian Noise [J]. IEEE Trans. Acoust. Speech signal Proc. Vol31(1), pp.17-28. Feb 1983.
[93] Verdu S. Minimum probability of error for asynchronous Gaussian multi-access channel [J]. IEEE Trans. Inform. Theory. Vol. 32(1), pp85-96. 1986.
[94] Verdu S. Multiuser detection [M]. Cambridge University Press. 1998
[95] Paris B.P. Finite orecision decorrelating receivers for multiuser CDMA communication systems [J]. IEEE Trans. Commun. Vol.44(2), pp.496-507. 1996
[96] Madhow U. MMSE interference suppression for timing acquisition anddemodulation in direct-sequence CDMA systems [J]. IEEE Trans. Commun. Vol.46(3), pp.1065-1075. 1998.
[97] Miller S L. Traning analysis of adaptive interference suppression for direct-sequence code-division multi-access systems [J]. IEEE Trans. Commun. Vol.44(2), pp.488-494. 1996
[98] Wong T F etc. Asynchronous multiple-access interference suppression and chirp waveform selection with aperiodic random sequence [J]. IEEE Trans. Commun. Vol.47(1), pp.103-114. 1999
[99] Lupas J.D. Verdu S. Linear multiuser detection for asynchronous code-division multiple-access channels [J]. IEEE Trans. Inform Theory. IT-35, pp123-136. 1989.
[100] 曾兴雯,刘乃安. 通信中的扩展频谱技术 [M]. 西安电子科技大学出版社. 2000.
[101] Romeo Giuliano and Franco Mazzenga. On the coexistence of power-controlled ultrawide-band systems with systems with UMTS,GPS,DCS1800 and fixed wireless systems [J]. IEEE Trans on the vehicular technology. Vol.54(1), pp.62-81. Jan 2005.
[102] S .Abedi and R.TafaZolli.GMD: A new CDMA multiuser detection technique using an evolutionary algorithm [J]. IEEE Proceedings Commun. Vol.148(6), pp.393-399. Dec 2001.
[103] U.Mitra and H.V. Poor. Analysis of an adaptive decorrelating detector for synchronous CDMA Channels [J]. IEEE Trans.on Commun. Vol.44(2), pp.257-268. Feb 1996.
[104] Honig, U. Madhow and S.Verdu. Blind adaptive multiuser detection. IEEE Trans. on information Theory [J]. Vol.41(4),pp.944-960. July 1995.
[106] X.D.Zhang and W. Wei. Blinded adaptive multiuser detection based on Kalman filtering [J]. IEEE Trans. on Signal Processing. Vol.50(l), pp.87-95. Jan 2002.
[107] S .Kapoor. S.Gollamudi. S. Nagaraj. and Y. F. Huang. AdaPtive multiuser detection and beamforming for interference suppression in CDMA mobile radio System [J]. IEEE Trans.on Vehicular Technology. Vol.48(5), pp.1341-1354. September 1999.
[108] D .Reynolds. X.D.Wang. and H.V.Poor. Blind adaptive space-time multiuser detection with multiPle transmitter and receiver antennas [J]. IEE Tranns. on Signal Processing. Vol.50(6), pp.1261-1276. July 2002.
[109] L.Tong,G.G.Xu and T. Kailath. Blind identification and equalization based on second order statistics: A time domain approach [J]. IEEE Trans on information Theory. Vol.40(2), pp.340-349. March 1994.
[110] X .D.Wang and H.V.Poor. Blind multiuser detection:a subspace approach [J]. IEEE Trans.on Information Theory. Vol.44(2), pp.677-690. March 1998.
[111] C.Y. Chi. C.H.Chen and C.Y. Chen. Blind MAI and ISI suppression forDS/CDMA systems using HOS-based inverse filter criteria [J]. IEEE Trans.on Signal Processing. Vol.50(6), pp.1368-1381. June 2002.
[112] J.Q.Shen and Z.Ding. Direct blind MMSE channel equaliZation based on second order statistics [J]. IEEE Trans.on Signal Processing. Vol.48(4), pp. 1015-1022. April 2000.
[113] H .Liu and M.D.Zoltowski. Blind equaliZation in antenna array CDMA systems [J]. IEEE Trans.on Signal Processing. Vol.45(l), pp.161-172. Jan 1997.
[114] M.K.Tastsanis and Z.Y. Xu. Constrained optimization methods for direct blind equalization [J]. IEEE Journal on Selected Areas in Communications. Vol.17(3), pp.424-433. March 1999.
[115] S .Miller and S.C.Schuartz. Integrated spatial-temporal detectors for asynchronous Gaussian multiple access channels [J]. IEEE Trans.on Commun. vol.43(2), pp.396-411. Feb 1995.
[116] R.Kohno. H.Imai. M.Hatoriand S.pasupathy. Combination of an adaptive array antenna and a canceller of inteference for direct-sequence spread-spectrum multiple-access system [J]. IEEE Journal on Selected Areas in Communications. Vol. 8(4), pp.641-649.May 1990.
[117] T. F.Wbng. T. M.Lok. J.5.Lehnert and M.D.Zoltowski. A linear receiver for direct sequence spread-spectrum multiple-access systems with antenna arrays and blind adaptation [J]. IEEE Trans.on Information Theory. Vol.44(2), pp.659-676. March 1998.
[118] X.D.Wang and H.V. Poor. Space-time multiuser detection in multipath CDMA Channels [J]. IEEE Trans.on signal Processing. Vol.47(9), pp.2356-2373. Sep. 1999.
[119] D .Reynolds. X.D.Wang and H.V. Poor. Blind adaPtive space-time multiuser detection with multiple transmitter and receiver antennas [J]. IEEE Trans.on Signal Processing. Vol.50(6), pp.1261-1276. June 2002.
[120] 朱近康. 扩展频谱通信及其应用 [M]. 合肥: 中国科学技术大学出版社. 1993.
[121] Sarwate D, et al. Crosscorrelation properties of pseudorandom and related sequences [J]. Proc. of the IEEE. Vol.68(5), pp.593~619.1980
[122] 杨义先.最佳信号理论与设计.北京:人民邮电出版社.1996.
[123] Welch L. Lower bounds on the maximum cross correlation of signals [J]. IEEE Trans. IT. Vol.20(3), pp.397~399. 1974.
[124] Kumar P, et al. On lower bounds to the maximum correlation of complex roots of unity sequence [J]. IEEE Trans. IT. Vol36(3), pp.633~640. 1990.
[125] Sarwate D. An upper bound on the aperiodic autocorrelation function for a maximal length sequences [J]. IEEE Trans. IT. Vol30 (4), pp. 685-687. 1984
[126] Hemmati F. Upper bounds on the partial correlation of PN sequences [J]. IEEETrans Comm., 1983,31(7):917~922
[127] 杨义先. 移位寄存器序列的状态互相关函数与快速生成[J]. 通信保密. 1990.1.
[128] Nguyen T. Coset correlation of m sequences [J]. IEEE Trans.IT. Vol.34(1), pp. 141~143. 1988.
[129] 胡正名, 杨义先. 并元码的并元互相关函数 [J]. 通信学报. 1993.1
[130] Wolfmann J. Almost perfect autocorrelation sequences [J]. IEEE Trans. IT Vol.38(4), pp.1412~1418. 1990
[131] Jhong Sam Lee and Lenord E. Miller. CDMA 系统工程手册[M]. pp. 265-295.人民邮电出版社. 2001
[132] K.G.比彻姆. 沃尔什函数及其应用[M]. 科学出版社. 1980.
[133] 关肇直. 陈文德. 沃尔什函数与沃尔什变换[M]. 国防工业出版社. 1984.
[134] 柳重堪. 正交函数及其应用[M]. 国防工业出版社. 1984.
[135] H.D.Luke. Sequences and Arrays with perfect periodic correlation [J]. IEEE Trans Aerospace and Electronic Systems. Vol.24(2), pp.287-294, May.1988
[136] Sebeni J O and Leung. C. Performance of concatenated Walsh/PN spreading sequences for CDMA systems. IEEE 49th Vehicular Technology Conference. Vol.1, pp.226-232, 1999.
[137] Theodor S. Rappaport . Wireless Communications Principles and Practice [M]. 蔡涛等译 电子工业出版社. 2000
[138] Saito M and Yamamoto H. Sequence assignment of walsh-hadamard sequences for quasi-synchronous multi-code CDMA systems [J]. The 5th International Symposium on Wireless Personal Multimedia Communications, pp. 673-677, 2002.
[139] Mo-Han Fong. Bhargava, V.K. and Qiang Wang. Concatenated orthogonal/PN spreading sequences and their application to cellular DS-CDMA systems with integrated traffic [J]. IEEE Journal on Selected Areas in Communications. Vol. 14 (3), pp, 547-558. April 1996.
[140] A.V.T. Cartaxo and A.A. de Albuquerque. Jitter in the square synchronizer on direct detection optical communication part 1: theoretical analysis [J]. IEE Proc.Optoelectron, Vol.141(4), pp.209-219. Aug 1994
[141] A.V.T. Cartaxo and A.A. de Albuquerque. Jitter in the square synchronizer on direct detection optical communication part 2: comparison with Frank and Burouski’s results [J]. IEE Proc.Optoelectron, Vol.141(4), pp.220-230. Aug 1994
[142] A.V.T. Cartaxo and A.A. de Albuquerque. Jitter in the square synchronizer on direct detection optical communication part 3: numerical results concerning white circuit noise [J]. IEE Proc.Optoelectron, Vol.141(4), pp.394-400. Aug 1994
[143] Mike P. Li and Jan B. Wilstrup. On the accuracy of jitter separation from bit errorrate function [J]. 2002 IEEE International Test Conference, pp710-713. 2002.
[144] 数字电路抖动解决方案 [R]. 安捷伦. 2004.
[145] Bernard Sklar. Digital Communications Fundamentals and Applications [M] . 电子工业出版社 2002
[146] Bancroft S. An Algebraic Solution of the GPS Equations [J]. IEEE Trans. On AES. Vol. 21(7). pp.56-59. 1985.
[147] Chaffee J, Abel J. Existence and Uniqueness of GPS Solutions [J]. IEEE Trans. On AES. Vol.27(6). pp.952-956. 1991
[148] Chaffee J. Abel J. On the Exact Solution of the Pseudorange Equations [J]. IEEE Trans. on AES. Vol. 30(4). pp.1021-1030. 1994.
[149] Simon D, E1-Sherief H. Real Time Navigation Using the Global Positioning System [J]. IEEE AES Systems Magazine. pp 31-37. Jan. 1995.
[150] Rothblatt M. Urban Area Performance of GPS Receiver with Simultrac Capability [J]. IEEE AES Magazine. pp 29-33. Aug. 1992.
[151] Browning C C, Braden W K.. Application of Advanced Guidance and Navigation Systems to Flight Control of Aircraft and Future Space Vehicles [J]. SPIE-1694. pp. 8-22. 1992.
[152] Allan D W, Thomas C. Technical Directives for the Standardization of GPS Time Receiver Software [J]. Metrologia. Vol.31(1), pp: 69-79. 1994.
[153] Lewandowski W. Petit G. Precision and Accuracy of GPS Time Transfer [J]. IEEE Trans. On Instrumentation and Measurement. Vol. 42(2), pp. 494-497. 1993.
[154] J.Farrell and M.Barth.The Global Positioning System and Inertial Navigation: Theory and Practice [M]. McGraw.Hill. New York. 1998.
[155] E.Kaplan,Ed. Understanding GPS:Principles and Applications [M]. MA:Anech House. Boston.1996. .
[156] T. Logsdon. Understanding the Navstar, GPS, GIS and IVHS [M]. Van Nostrand Reinhold. New York.1995.
[157] L.Vallot. Design and flight teat of a differential GPS/inertial navigation system for approach/landing guidance [M]. Navigation. Vol.38(2), pp.321-340. 1991.
[158] SPilker J. GPS signal structure and Performance characteristics [J]. Navigation. Vol.25(2), pp.121-146. 1978.
[159] Demoz Gebre-Egziabher, J. David Powell and Per Enge. A DME based area navigation systems for GPS/WAAS interference mitigation in general aviation applications [J]. IEEE Position location and Navigation symposium pp. 74-81. March 2000.
[160] Richard E. Cagley, Suk-seung Hwang and John J. Shynk. A multistage interference rejection system for GPS [J]. IEEE 36th Asilomar conference on signals, systems and computers. Vol.2, pp. 1674-1679. Nov 2002.
[161] Dignus-Jan Moelker and Edwin van de pol. Adaptive antenna arrays for interference cancellation in GPS and GLONASS receivers [J]. IEEE Position location and Navigation symposium. pp. 191-198. 1996.
[162] Gary F. Hatke. Adaptive array processing for wideband nulling in GPS systems [J]. IEEE 32th Asilomar conference on signals, systems and computers. Vol.2, pp. 1332-1336. Nov 1998.
[163] Michael D. Zoltowski, Anton S Gecan. Advanced adaptive null steering concepts for GPS [J]. IEEE MILCOM Vol.3, pp. 1214-1218. Nov 1995.
[164] Dignus-Jan Moelker. An optimal array processor for GPS interference cancellation [J]. 15th AIAA/ IEEE conferfece on digital Avionic systems. pp. 285-290. Oct 1996.
[165] Wilbur L. Myrick, Michral D. Zoltowski and J. Scott Goldstein. Anti-jam space-time preprocessor for GPS based on multistage nested Wiener filter [J]. IEEE MILCOM Vol.1, pp. 675-681. Nov 1999
[166] Ronald L. Fante et. Cancellation of jammers and jammer multipath in a GPS receiver [J]. IEEE AES. pp. 622-625. Nov 1998
[167] Robert Rifkin, John J. Vaccaro. Comparison of narrowband adaptive filter technologies for GPS [J]. Position location and Navigation symposium. pp 125-130. March 2000.
[168] Robert Rifkin, John J. Vaccaro. Ensuring GPS availability in an interference environment [J]. Position location and Navigation symposium. pp. 37-40. March 2000
[169] Anton Gecan, Paul Flikkema. Jammer cancellation with adaptive arrays for GPS signals [J]. IEEE southeastcon’96. pp. 320-323. April 1996.
[170] Wilbur L. Myrick, J. Scott Goldstein and Michral D. Zoltowski. Low complexity anti-jam space-time processing for GPS [J]. ICASSP’01. Vol.4, pp. 2233-2236. May 2001.
[171] George Dimon, Triveni Upadhyay. Low-cost solution to narrowband GPS interference problem [J]. NAECON’96. Vol.1, pp. 145-153. 1996.
[172] Brad Badeke, Andreas S. Spanias. Partial band interference excision for GPS using frequency-domain exponents [J]. ICASSP’02. Vol.4, pp. 3936-3939. May 2002.
[173] Moness G. Amin, Liang Zhao and Alan R. Lindsey. Performance analysis of subspace projection techniques for anti-jamming GPS using spatio-temporal interference signatures [J]. IEEE 11th signal processing workshop on stastical signal processing. pp. 361-364. Aug 2001.
[174] Dang Mingjie, Peng Xinjian and Liu Jianghong. Research on the technology of adaptive nulling antenna used in anti-jam GPS [J]. CIE international conference onRadar. pp. 1178-1180. Oct 2001.
[175] Ping Xiong, Michael J. Medley and Stella N. Batalama. Spatial and temporal processing of GPS signals [J]. IEEE 10th signal processing workshop on stastical signal processing. pp. 524-528. Aug 2000.
[176] Hsiao-Yung Chen, Yumin LEE. Space-time adaptive interference-canceling equalizer for W-CDMA with known and unknown interference [J]. WCNC’02. Vol.1, pp. 249-254. March 2002.
[177] Ning Kong. Space-time diversity multistage parallel interference cancellation (MPIC) for CDMA [J]. IEEE VTC2000. Vol.6, pp. 2826-2833. Sep 2000.
[178] Zi-Wei Zheng, Zhi-Xing Yang and Yi-Sheng Zhu. Interference suppression for uplink multiuser CDMA [J]. IEEE ICASSSP. pp.461-464. 2003.
[179] J.R.Guerci. J.S.Goldstein and I.S. Reed. Optimal and adaptive reduced-rank STAP [J]. IEEE Trans on Aerospace and Electronic systems. Vol. 36(2), pp.647-663. April, 2000.
[180] Micheal Zatman and Daniel Marshall. Forwards-backwards averaging for adaptive beamforming and STAP [J]. ICASSP’96. Vol.5, pp.2630-2633. May 1996.
[181]S.U. Pillai, J.R.Guerci and Y.L.Kim. Generalized forward-backward subaperture smoothing techniques for sample starved STAP [J]. ICASSP’98. Vol.4, pp. 2501-2504. May1998.
[182] Timothy A. Barton, Steven T. smith. Structured covariance estimation for space-time adaptive processing [J]. ICASSP’97. Vol.5, pp.3493-3496. April 1997.
[183] James M. Tranquilla, J.P. Carr and Hussiain M. Analysis of a choke ring groundplane for multipath control in Global Positioning System (GPS) applications [J]. IEEE Trans on AP. Vol. 42(7), pp. 905-911. July 1994
[184] Th. Julg. Evaluation of multipath error and signal propagation in a complex scenario for GPS multipath identification [J]. IEEE 4th international symposium on spread spectrum techniques and applications proceedings. Vol.2, pp 872-876. Sep 1996.
[185] A.J.R.M. Cohen. and A.J.de Vos. FFT-based interpolation for multipath detection in GPS GLONASS receivers [J]. Electronics letters. Vol. 28(19), pp. 1787-1788. Sep 1992.
[186] W.E. Mckizine et. Mitigation of multipath through the use of an artificial magnetic conductor for precision GPS surveying antennas [J]. IEEE Antennas and propagation society internetional symposium. Vol.4, pp. 640-643. June 2002.
[187] Charles C. Counselman. Multipath-rejecting GPS antennas [J]. Proceedings of the IEEE. Vol. 87(1), pp. 86-91. Jan, 1999.
[188] Joseph M. Kelly, Micheal S. Braasch. Validation of theoretical GPS multipath bias characteristics [J]. IEEE proceedings Aerospace conference. Vol.3, pp.1317-1325.March 2001
[189] Chritophe M et. N-multipath performance of GPS receivers [J]. Position location and navigation symposium, pp.41-48. March 2000.
[190] Ridha Hamila, Markku Renfors. Nonlinear operator for multipath channel estimation in GPS receivers [J]. IEEE 7th ICECS Vol.1, pp. 352-356. Dec 2000.
[191] Mohinder S. Grewal, Lawrence R and Angus P. Andrews. Global positioning systems, Inertial Navigation, and Integration [M]. John Weiley &Sons, INC. 2001.
[192] Liang Zhao, Moeness G. Amin and Alan R. Lindsey. Mitigation of periodic interferers in GPS receivers using subspace projection techniques [J]. IEEE 6th symposium on signal processing and its applications. Vol.2, pp. 497-460. Aug 2001.
[193] Liang Zhao et. Subspace array processing for the suppression of FM jamming in GPS receivers [J]. IEEE 34th Asilomar conference on signals, systems and computers. Vol.2, pp. 1000-1004. Nov 2000.
[194] Liang Zhao, Moeness G. Amin and Alan R. Lindsey. Subspace projection techniques for anti-FM jamming GPS receivers [J]. IEEE 10th workshop on stastical siganl and array processing. pp. 529-533. Aug 2000.
[195] Romano Fantacci, Dania Marabissi and Simone Morosi. Performance analysis and optimization of a space-time selective PIC for CDMA systems [J]. IEEE Trans on wirelesss communications. Vol. 3(2), pp. 359-366. March 2004.
[196] C.Y. Lai, C.K,Lo. Nonlinear orthogonal spreading sequence design for third generation DS-CDMA systems [J]. IEEE Proc. Communication. Vol. 149(2), pp.105-110. April 2002.
[197] J.S. Goldstein, I.S. Reed.A multistage representation of the wiener filter based on orthogonal projection [J]. IEEE Trans on IT. Vol.44(7), pp2943-2959. Nov 1998.
[198] L. L.Horowitz et al., Controlling Adaptive Arrays with the Sample Matrix Inversion Algorithm [J]. IEEE Trans. AES. Nov. 1979.
[199] Jér?me Soubielle etc. GPS Positioning in a Multipath Environment [J]. IEEE Trans on Signal Processing. Vol. 50(1), pp141-150. Jan, 2002.
[200] Basilio, L.I. etc. A comparative study of a new GPS reduced-surface-wave antenna. Antennas and Wireless Propagation Letters.Vol.4,pp.233 - 236. 2005.
[201] Kim, W. etc. Dual-Band RF Front-End of Direct Conversion Receiver for Wireless CDMA Cellular Phones With GPS Capability. IEEE Transactions on Microwave Theory and Techniques.Vol.54(5), pp:2098 - 2105. May 2006.