個人履歷
1987—1991， 西南交通大學，獲工學學士學位；
1994—1997， 電子科技大學，信號與信息處理專業，獲工學碩士學位；
1997—2000， 電子科技大學，通信與電子系統專業，獲工學博士學位；
2001—2002， 清華大學，博士後；
2002以來， 美國布朗大學（Brown University）工程學院（Division of Engineering）生物、信息和納米套用實驗室（BINARY Lab）合作研究員；
2003.10—2005.06，北京郵電大學信息工程學院，副教授；
2005.06.30，北京郵電大學信息工程學院，破格晉升教授；
2005.11，北京郵電大學信息工程學院，獲博士生導師資格。
社會兼職
IEEE Transaction on Signal Processing審稿人；
IEEE Transaction on Communications審稿人；
IEEE Communication Letters審稿人；
中國電子學會高級會員；
教育部國家科技進步獎評審專家。
學術研究
研究領域
無線通信、信號處理。當前主要興趣集中在超寬頻（UWB）無線通信，它包括調製、同步、信道估計、均衡、多址、空時編碼和多載波系統等。
主要成果
長期以來，一直從事無線通信系統的理論研究和系統研製，在IEEE Trans., IEEE Letters, IEICE Trans., EURASIP Journal，中國科學，IEEE會議ICC、GLOBECOM、ICASSP、VTC等國內外頂級通信和信號處理刊物上發表學術論文一百餘篇，其中SCI檢索文章近30篇，EI檢索文章100多篇，先後完成十多個科研項目。主持國家自然科學基金面上項目“超寬頻(UWB)無線通信系統的定時同步研究”（2006—2008）、中國博士後基金項目“OFDM關鍵技術的研究”（評審為“優”）、橫向項目“通信信號的調製識別研究”、橫向項目“互動式高清晰度數位電視系統的總體設計”、橫向項目“高速數字擴頻電台的總體設計”。參與國家自然科學基金面上項目“分散式網路的信源編碼研究”（2006—2008）、橫向項目“後3G－TDD移動通信系統關鍵技術研究”等。
獲得專利
[1]. 呂鐵軍，孫強，“一種用於脈衝超寬頻通信系統的信號接收方法”， 北京郵電大學
[2]. 呂鐵軍，屈靜，“用於超寬頻通信系統的快速同步的實現方法”， 北京郵電大學
[3]. 楊斌， 呂鐵軍，龔萍， “空間分集復用的OFDM通信系統的整體架構”，北京郵電大學
[4]. 呂鐵軍，“一種正交頻分復用系統的信道估計方法”
[5]. 馮紹鵬， 呂鐵軍，“一種基於FFT的OFDM信道估計方法”， 北京郵電大學
[6]. Jie Chen, Tiejun Lv, “Bi-phase Modulation Scheme for UWB Transmission”,
發表論文
[1]. Tiejun Lv, Hua Li and Jie Chen, “Joint Blind Estimation of Symbol timing and Carrier frequency Offset of OFDM Systems over Fast Time-varying Multipath Channels,” IEEE Trans. on Signal Processing, vol. 53, no.12,
[2]. Tiejun Lv, Jie Chen and Hua Li, “Low-complexity Blind Symbol Timing Offset Estimation in OFDM Systems,” EURASIP Journal on Applied Signal Processing, vol. 4, no.16
[3]. Tiejun Lv and Qun Wan, “Blind Estimation of Symbol Timing and Carrier Frequency Offset in Time-Varying Multipath Channels for OFDM Systems.” IEICE Trans. on Communications, vol.E86-B, no.9, Sept.,
[4]. Tiejun Lv, Yongwei Qiao and Qiang Sun, “Training Based Synchronization and Demodulation for UWB Signals: Algorithms and Performance Analysis,” IEEE Trans. on Communications, Accepted.
[5]. Tiejun Lv, “An Orthogonal Code-Division Multiplexing and Time-hopping Multiple Access Transmission Scheme for UWB Communications,” The Chinese Journal of Electronics (English version), vol.1, pp. 132-136, Jan. 2009.
[6]. Lv Tiejun, Guo Shuangbin and Xiao Xianci, “Study on Fractal Features of Modulation Signal,” Science in China, Series F, vol.44
[7]. W. T. Ang, J. Chen and Tiejun Lv, “High-order Monocycle Design and Hardware Implementation for UWB Communications,” IEEE Trans. on Circuits and Systems I: Regular Papers, vol. 54, no. 8, p 1657-1665, August, 2007.
[8]. Jie Chen, Tiejun Lv and Yingda Chen, “A Timing-jitter Robust UWB Modulation Scheme,” IEEE Signal Processing Letters, vol.13, no. 10
[9]. Jie Chen and Tiejun Lv, “Joint Cross-layer Design for Wireless QoS Content Delivery,” EURASIP Journal on Applied Signal Processing, vol. 14, no. 2
[10].Qian Sun and Tiejun Lv, “Data-aided efficient synchronization for UWB signals based on minimum average error probability,” The Journal of China Universities of Posts and Telecommunications (English version), vol. 15, issue 1, pp.6-10. Mar. 2008.
[11].Jinhuan Xia and Tiejun Lv, “Simulated Annealing Based Multiuser Detection for Synchronous SDMA System,” IEEE ICCS’2008, Nov. 2008.
[12].Tiejun Lv and Jie Chen, “ML Estimation of Timing and Frequency Offset Using Multiple OFDM Symbols in OFDM Systems.” IEEE GLOBECOM2003, vol.2
[13].Tiejun Lv and Huibin Xiao, “MMSE Estimation of OFDM Symbol Timing and Carrier Frequency Offset in Time-varying Multipath Channel,” IEEE ICASSP2003, vol.4.
[14].Tiejun Lv and Qun Wan, “A Novel Subspace-Based Estimation of Symbol Timing and Carrier Frequency Offset in OFDM Systems,” The 7th CDMA International Conference, pp.860-864, 2002.
[15].Jie Chen and Tiejun Lv, “Joint Cross-layer Design for Wireless QoS Content Delivery,” IEEE ICC2004, vol.7,。
[16].Yingda Chen, Jie Chen and Tiejun Lv, “A High Order Bi-phase Modulation Scheme for UWB Transmission,” International Conference on Vehicular Technology’2004, Los Angeles, USA, vol.07, pp.5209-5213, September 2004
[17].Qian Sun and Tiejun Lv, “An Accurate Pulse-Level Timing Acquisition Scheme for UWB Signals,” IEEE AICT'2007, pp.10-10, May 2007.
[18].Qu Jing and Tiejun Lv, “Novel two-stage synchronization for UWB system,” IEEE AICT'2007, pp.12-12, May 2007.
[19].Qu Jing and Tiejun Lv, “Rapid Synchronization for Noncoherent UWB Systems,” IEEE CCNC’ 2008, pp. 95-99, Jan. 2008.
[20].Jianfeng Hu and TieJun Lv, “Low-Complexity Frequency-Domain Algorithm for UWB Timing,” Mobility Conference 2007, pp. 79-83, Sept. 2007.
[21].Jianfeng Hu and Tiejun Lv, “A Low-Complexity Blind Synchronization Algorithm for UWB Systems,” IEEE SPAWC’2008, 6-9, pp. 1-5, Jul. 2008.
[22].Jianfeng Hu and Tiejun Lv, “A Novel Chip-Level Algorithm for UWB Timing,” IEEE GLOBECOM’2008, pp.1-5, Nov. 2008.
[23].Xinghui Su, Tiejun Lv, Ping Gong and Xiang Yun; Shaoshi Yang, “Multi-Group Frequency Hopping OFDMA Based on Statistical Multiplexing,” IEEEIWCMC '08, 6-8, pp.205-209, Aug. 2008.
[24].Xiang Yun, Tiejun Lv, Ping Gong, Xinghui Su and Shaoshi Yang, “Approximate Minimum BER Power Allocation for MIMO-THP System,” IEEEIWCMC '08, 6-8, pp.888-892, Aug. 2008.
[25].Qi Jia, Tiejun Lv and Gong Ping, “An Efficient Scheme for Joint Equalization and Interference Cancellation in Distributed Cooperative Diversity Networks,” IEEE CNSR’2008, 5-8, pp.539-543, May 2008.
[26].Qiao Yong-wei and Tiejun Lv, “Synchronization Algorithm Based on Pseudo Random Time-Hopping Codes for UWB Systems,” IEEE WICOM’2008, Oct. 2008, pp.1-4, Oct. 2008.
[27].Yongwei Qiao, Tiejun Lv and Zhiyuan Ren, “Direct-sequence codes based blind synchronization algorithm for UWB systems,” The Journal of China Universities of Posts and Telecommunications (English version), In press.
[28].Gong Ping, Qu Jing and Tiejun Lv, “A Novel Quasi-4PPM Modulation for UWB Systems with Corresponding Synchronization Scheme,” IEEE WICOM’2008, pp.1-4, Oct. 2008.
[29].Zhiyuan Ren and Tiejun Lv, “Low-Complexity Blind Channel Estimation Algorithm for UWB Communication Systems,” IEEE CHINACOM’2008, pp.762-766, Aug. 2008.
[30].Fei Wang and Tiejun Lv, “An Improved Kalman Filter Algorithm for UWB Channel Estimation,” IEEE CHINACOM’2008, pp.50-54, Aug. 2008.
[31].Linli Zhao and Tiejun Lv, “A Novel m-Sequence Coded Transmit-Reference System for UWB Communications,” IEEE ICCS’2008, pp.1555-1559, Nov. 2008.
[32].Shaoshi Yang and Tiejun Lv, “A Probabilistic Data Association Based MIMO Detector Using Joint Detection of Consecutive Symbol Vectors,” IEEE ICCS’2008, pp. 436-440, Nov. 2008.
[33].Shaoshi Yang and Tiejun Lv, “A Novel Probabilistic Data Association Based MIMO Detector Using Joint Detection of Consecutive Symbol Vectors,” IEEE CCNC’2009, pp.1-5, Jan. 2009.
[34]. Xu Xie, Benxiong Huang, Shaoshi Yang and Tiejun Lv, “Adaptive Multi-Channel MAC Protocol for Dense VANET with Directional Antennas,” IEEE CCNC’2009, pp.1-5, Jan. 2009.
[35].Xiang Yun, Tiejun Lv, “Novel THP Algorithms with Minimum BER Criterion for MIMO Broadcast Communications,” The Journal of China Universities of Posts and Telecommunications (English version), In press.
[36].Qiao Yong-wei and Tiejun Lv, “A New Blind Synchronization Algorithm for UWB-IR Systems,” IEEE VTC2009-Spring, In press.
[37].喬永偉； 呂鐵軍 “一種新的基於能量捕獲的快速UWB同步算法” 《吉林大學學報》 (工學版)，錄用待發表
[38]. 呂鐵軍；王河；肖先賜 “特徵選擇新方法下的信號調製識別” 《電子與信息學報》 vol.24, no.5
[39]. 呂鐵軍；郭雙冰；肖先賜 “基於複雜度特徵的調製信號識別” 《通信學報》 vol.23, no.1,
[40]. 呂鐵軍；郭雙冰；肖先賜 “調製信號的分形特徵研究” 《中國科學E輯》vol. 31, no. 6,
[41]. 呂鐵軍；郭雙冰；肖先賜 “基於模糊積分的通信信號調製識別方法研究” 《電子學報》 vol.29, no.6,
[42]. 呂鐵軍；王河；肖先賜 “基於證據組合的通信信號調製類型的分類識別” 《電子與信息學報》 vol.23, no.11
[43]. 呂鐵軍；肖先賜 “基於神經網路最佳分類器通信信號的調製識別” 《系統工程與電子技術》 vol.23, no.5, , 2001
[44]. 呂鐵軍；王河；肖先賜 “利用改進遺傳算法的DOA” 《電波科學學報》 vol.15, no.4, 2000
[45]. 呂鐵軍；魏平；肖先賜 “基於分形和測度理論的通信信號調製識別新方法” 《電波科學學報》 vol.16, no.1, 2001
[46]. 呂鐵軍；肖先賜 “基於快速組合神經網路分類器的數字調製識別新方法” 《信號處理》 vol.17, no.1, pp.17-20, 2001
[47]. 呂鐵軍；肖先賜 “基於調製信號細節特徵的證據識別”《電子對抗》vol.74, no.5, pp.7-11, 2000
[48].肖會兵； 呂鐵軍；張躍 “掌上電腦集成無線通信功能的設計及實現” 《電子技術套用》vol. 28, no. 9, , 2002
