2024：

[1] Li Zhao, Le Siwei（研究生）, Chen Jie（研究生）, Kang G. Shin, Liu Jia, Yan Zheng, Riku Jantti, Decomposed and Distributed Modulation to Achieve Secure Transmission, IEEE Trans. Mobile Computing, 1-18, Early Access, 2024, DOI: 10.1109/TMC.2024.3391344. (SCI 1区，IF: 7.9，CCF A)

[2] Li Zhao, Liu Chengyu（研究生）, Zhang Lijuan（研究生）, Kang G. Shin, Jia Liu, Yan Zheng, Riku Jantti, Exploiting interference with an Intelligent reflecting surface to enhance data transmission, IEEE Trans. Wireless Commun., Early Access, 2024, DOI: 10.1109/TWC.2024.3366229. (SCI 1区，IF: 6.394，CCF B)

[3] Li Zhao, Liu Chengyu（研究生）, Zhang Lijuan（研究生）, Yan Zheng, Liu Jia, Riku Jantti, Chang Zhixian, IRS empowered interference utilization for efficient data transmission, IEEE ICC, 2024, 379-384. (CCF C)

[4] Liu Yicheng（研究生）, Li Zhao, Kang G. Shin, and Yan Zheng, iCoding: Countermeasure Against Interference and Eavesdropping in Wireless Communications, IEEE Trans. Inf. Forensics & Security, Early Access, 2024, DOI: 10.1109/TIFS.2024.3468902. (SCI 1区，IF: 7.231，CCF A)

[5] Li Zhao, Zhang Lijuan, Liu Chengyu, Le Siwei, Kang G. Shin, Yan Zheng, Liu Jia, Interference Recycling: Effective utilization of interference for enhancing data transmission, IEEE Trans. Mobile Computing, Early Access, 2024, DOI: 10.1109/TMC.2024.3467339. (SCI 1区，IF: 7.9，CCF A)

2023：

[1] Li Zhao, Le Siwei（研究生）, Chen Jie（研究生）, Kang G. Shin, Riku Jantti, Yan Zheng, Liu Jia, Decomposed and distributed modulation to achieve secure transmission, IEEE Globecom, 2023, accepted. (CCF C)

[2] Li Zhao, Lyu Pintian（研究生）, Li Jun（研究生）, Chang Zhixian, Yan Zheng, SCIM:  Incorporating secure communication and interference management in one operation, Digital Commun. and Networks, 2023, 9(2), 512-522. (SCI 2区，IF: 6.797)

[3] Liu Yicheng（研究生）, Li Zhao, Zhu Yanyan（研究生）, Chang Zhixian, Liu Jia, Reconfigurable intelligent surface aided loopback interference suppression, IEEE MeditCom, 2023, 346-351.

[4] Zhao Ziru（研究生）, Li Zhao, Hu Jiaojiao, Chang Zhixian, Liu Jia, Virtual signal decomposition based multi-user communication, IEEE MeditCom, 2023, 375-380.

[5] Zhao Ziru（研究生）, Xu Yanhong（研究生）, Li Zhao, Chang Zhixian, Liu Jia, Feature compression based BP neural network for IoT performance prediction, IEEE WF-IoT Workshop, 2023, accepted.

[6] Zhang Lijuan（研究生）, Li Zhao, Liang Xiujuan（研究生）, Liu Chengyu（研究生）,  Liu Jia, AmBC-aided interference sensing and estimation, IEEE WF-IoT Workshop, 2023, accepted.

[7] Chang Jingdong, Li Zhao, Masoud Kaveh, Zhang Yifan, Li Jiajun, Yan Zheng,  A survey on AI-enabled attacks and AI-empowered countermeasures in physical layer, IEEE WF-IoT Workshop, 2023, accepted.

2022：

[1] Li Zhao, Zhang Bigui（研究生）, Liu Chengyu（研究生）, Chang Zhixian, Kang G. Shin, Yan Zheng, Framed fidelity MAC:  Losslessly packing multi-user transmissions in a virtual point-to-point framework, Computer Networks, 2022, 219, 1-13. (SCI 3区，IF: 4.474，CCF B)

[2] Li Zhao, Liang Xiujuan（研究生）, Liu Yinghou（研究生）, Liu Jia, Yan Zheng, Joint alignment and steering to manage interference, Digital Commun. and Networks, 2022, https://doi.org/10.1016/j.dcan.2022.09.001. (SCI 2区，IF: 6.797)

[3] 刘成玉（研究生），张碧桂（研究生），李钊，一种采用松弛正交预编码的多址接入方法，西安电子科技大学学报，2023，50(1)，29-35. 

[4] 李钊，胡娇娇（研究生），一种采用信号虚拟分解的多址接入方法，西安电子科技大学学报，2023，50(1)，12-18. 

2021：

[1] Li Zhao, Li Jun（研究生）, Liu Yinghou（研究生）, Liang Xiujuan（研究生）, Kang G. Shin, et al., Exploiting interactions of multiple interferences for their cooperative interference alignment, IEEE Trans. Wireless Commun., 2021, 20(11), 7072-7085. (SCI 1区，IF: 6.394，CCF B)

[2] Li Zhao, Hu Yuyu （研究生）,  et al., Incremental-compensation based low-cost offline robust topology control for micro/nano network, Journal of Inf. Science and Engineering, 2022, 38(1), 139-164. (SCI 4区，IF: 0.525)

[3] Li Zhao, Zhu Yanyan （研究生）, Kang G. Shin, iCoding: Countermeasure against interference and eavesdropping in wireless communications, IEEE Globecom, 2021, 1-6. (CCF C)

2020：

[1] Li Zhao, Bai Yujiao（研究生）, Kang G. Shin, Yan Zheng, Li Hui, Inside-out precoding to manage multiple interferences from the same source, IEEE Trans. Vehicular Technology, 2020, 69(7), 7583-7595. (SCI 2区，IF: 5.339)

[2] Li Zhao, Li Jun（研究生）, Ding Jiamin（研究生）, Long Ke（研究生）, Liu Jia, When and how much to neutralize interference? -- Balancing the benefits and cost of interference management, Wireless Networks, 2020, 26(7), 5393-5410. (SCI 4区，IF: 2.045，CCF C)

[3] Li Zhao, Long Ke（研究生）, Ding Jiamin（研究生）, Liu Jia, Xu Yang, Space-power adaptive interference steering to manage interference in XIC, IEEE Access, 2020, 8, 13561-13572. (SCI 2区，IF: 4.098)

[4] Xiao Liyuan, Li Zhao, Zhen Lu（研究生）, Liu Jia, Xu Yang, Taichi: Signal dodging and interference guiding to enhance data transmission, Journal of Inf. Science and Engineering, 2020, 36(4), 689-707. (SCI 4区，IF: 0.525)

[5] Hu Yuyu（研究生）, Li Zhao, Li Jingling, et al., Incremental-Compensation based Robust Topology Control for Micro/Nano Satellite Network, IEEE NaNA, 2020, 22-28.

2019：

[1] Li Zhao, Liu Yinghou（研究生）, Kang G. Shin, Liu Jia, Yan Zheng, Interference steering to manage interference in IoT, IEEE Internet of Things Journal, 2019, 6(6), 10458-10471. (SCI 1区，IF: 9.515，CCF C)

[2] Li Zhao, Liu Yinghou（研究生）, Kang G. Shin, Li Jun（研究生）, Guo Fengjuan（研究生）, Liu Jia, Design and adaptation of multi-interference steering, IEEE Trans. Wireless Commun., 2019, 18(7), 3329-3346. (SCI 1区，IF: 6.394，CCF B)

[3] Li Zhao, Chen Jie（研究生）, Zhen Lu（研究生）, Cui Sha（研究生）, Kang G. Shin, Liu Jia, Coordinated multi-point transmissions based on interference alignment and neutralization, IEEE Trans. Wireless Commun., 2019, 18(7), 3347-3365. (SCI 1区，IF: 6.394，CCF B)

[4] Li Zhao, Chen Jie（研究生）, Kang G. Shin, Liu Jia, Interference recycling: exploiting interfering signals to enhance data transmission, IEEE INFOCOM, 2019, 100-108. (CCF A，录用率19.7%)

[5] Li Zhao, Ding Jiamin（研究生）, Dai Xiaoqin（研究生）, Kang G. Shin, Liu Jia, Exploiting interactions among signals to decode interfering transmissions with fewer receiving antennas, Computer Communications, 2019, 136, 63-75. (SCI 3区，IF: 2.766，CCF C)

[6] Li Zhao, Bai Yujiao（研究生）, Liu Jia, Chen Jie（研究生）, Chang Zhixian, Adaptive proportional fair scheduling with global-fairness, Wireless Networks, 2019, 25, 5011-5025. (SCI 4区，IF: 2.045，CCF C)

[7] Liu Jia, Xu Yang, Li Zhao, Resource allocation for performance enhancement in mobile ad hoc networks, IEEE ACCESS, 7, 2019, 73790-73803. (SCI 2区, IF: 4.098)

[8] Li Zhao, Long Ke（研究生）, et al., Space-Power Adaptive Interference Steering, IEEE NaNA, 2019, 9-14.

[9] Xiao Liyuan, Li Zhao, Zhen Lu（研究生）, et al., Taichi: Signal Dodging and Interference Guiding, IEEE NaNA, 2019, 39-44.

2018：

[1] Li Zhao, Guo Fengjuan（研究生）, Shu Canyu（研究生）, Kang G. Shin, Liu Jia, Dynamic interference steering in heterogeneous cellular networks, IEEE Access, 2018, 6, 28552-28562. (SCI 2区，IF: 4.098)

[2] 李钊，贾文浩（研究生），白玉娇（研究生），全局公平的自适应比例公平调度，西安电子科技大学学报，2018，45（1），6-11.

2017：

[1] Li Zhao, Kang G. Shin, Zhen Lu（研究生）, When and How Much to Neutralize Interference? IEEE INFOCOM, 2017, 1-9. (CCF A，录用率20.9%)

[2] Li Zhao, Zhen Lu（研究生）, Dai Xiaoqin（研究生）, Shen Biao（研究生）, Bai Yujiao（研究生）, Ren Xiaohui（研究生）, Kang G. Shin, Adaptive Transmission in Heterogeneous Networks, IET Communications, 2017, 11(4), 604-613. (SCI 4区，IF: 1.779) 

[3] 李钊，蔡沈锦（研究生），一种采用复合中继激励的协作下行传输机制，电子与信息学报，2017，39（6），1291-1297.

[4] 李钊，戴晓琴（研究生），陈柯宇（研究生），肖丽媛，非正交多址接入下行链路用户匹配与功率优化算法，电子与信息学报，2017，39（8），1804-1811.

2016：

[1] Li Zhao, Dai Xiaoqin（研究生）, Kang G. Shin, Decoding interfering signals with fewer receiving antennas, IEEE INFOCOM, 2016, 658-666. (CCF A，录用率18.25%)

[2] Li Zhao, Cui Sha（研究生）, Kang G. Shin, Gu Jun, Coordinated multi-point transmissions based on interference alignment and neutralization, IEEE INFOCOM, 2016, 370-378. (CCF A，录用率18.25%)

[3] 李钊，蔡沈锦（研究生），协作通信中基于链路不平衡的中继激励，西安电子科技大学学报，2016，43（6），16-22.

[4] 李钊，李意文（研究生），基于多维资源自适应分配的协作认知传输机制，电子与信息学报，2016，38（9），2248-2254.

[5] 李钊，李培凤（研究生），MU-MIMO下行链路基于加权用户相关的公平调度，吉林大学学报工学版，2016，46（3），947-954.

[6] 李钊，李培凤（研究生），蔡沈锦（研究生），基于动态中继激励的协作下行传输用户调度，吉林大学学报工学版，2016，46（4），1313-1319.

[7] 李钊，饶正发（研究生），蔡沈锦（研究生），协作认知无线网络中基于优先级队列的两级中心频谱共享，吉林大学学报工学版，2016，46（5），1651-1659.

2014：

[1] 李钊，李建东，刘勤，申彪（研究生），基于干扰对齐的认知MIMO系统频谱共享与用户调度，通信学报，2014，35（1），167-172.

[2] 李钊，刘瑞雪（研究生），王琳（研究生），马丹（研究生），MU-MIMO下行链路基于关联干扰的先验式用户调度，电子与信息学报，2014，36（1），67-73.

[3] Li Zhao, Li Peifeng（研究生）, Kang G. Shin, MU-MIMO downlink scheduling based on users' correlation and fairness, IEEE PIMRC, 2014, 407-412.

[4] Li Zhao, Kong Xinyi（研究生）, Li Jiandong, Adaptive cooperative transmission and spectrum sharing in MIMO-CCRN, IEEE PIMRC, 2014, 1508-1513.

2013：

[1] Li Zhao, Shen Biao（研究生）, Li Jiandong, An IAC based concurrent transmission and scheduling scheme for multiuser CR-MIMO system, China communications, 2013, 10(8), 36-43. (SCI 4区，IF: 1.514)

[2] 李建东，李钊，干扰管理——提升无线通信网络性能的核心技术，中兴通讯技术，2013，3，40-43.

[3] Li Zhao, Xiao Liyuan, Yang Jiawei, Adaptive beamforming in CR-MIMO system exploiting multi-channel and eigenmode diversity, Wireless personal communications, 2013, 68(4), 1403-1413. (SCI 4区，IF: 1.2)

[4] Liu Ruixue（研究生）, Li Zhao, Xiao Liyuan, Proactive CCI evaluation and transmission gain based scheduling for MU-MIMO broadcast channel, IEEE WCSP, 2013, 1-6.

[5] Li Hongxia（研究生）, Liu Qin, Li Zhao, Cognitive based dynamic soft frequency reuse for LTE downlink system, IEEE IC-BNMT, 2013, 237-242.

[6] Shen Biao（研究生）, Li Zhao, Liu Qin, Coexistent transmission and user scheduling for CR-MIMO system based on interference alignment and cancellation, IEEE PIMRC, 2013, 403-407.

[7] Li Zhao, Gu Jun（研究生）, Liu Qin, Dynamic spectrum sharing and user scheduling for CR-MIMO system based on interference alignment, IEEE ICT, 2013, 1-5.

2012：

[1] 李钊，李建东等，认知MIMO系统基于授权通信模式信息的空频域机会接入，通信学报，2012，33（1），38-44.

[2] Li Zhao, Opportunistic spatial-frequency access in CR-MIMO system exploiting primary transmission mode information, IEEE VTC, 2012, 1-5.

2011：

[1] 李钊，杨家玮等，认知无线电网络基于空分复用的收发联合频谱共享，北京邮电大学学报，2011，34（6），31-35.

[2] 李钊，赵林靖，刘勤，多天线认知无线电网络联合资源管理方法，西安电子科技大学学报，2011，38（4），20-25.

[3] 李钊，赵林靖，刘勤，认知无线电网络基于空间复用的机会频谱接入，电子与信息学报，2011，33（5），1172-1177.

[4] Li Zhao, Zhao Linjing, Liu Qin, Joint transmit-receive spectrum sharing in cognitive MIMO wireless networks, IEEE VTC, 2011, 1-5.

[5] Li Zhao, Liu Qin, Zhao Linjing, Multi-antenna cognitive uplink design for spectrum reuse, IEEE ICT, 2011, 44-48.

[6] Li Zhao, Liu Qin, Zhao Linjing, Space division multiplexing aided opportunistic spectrum access, IEEE AINA, 2011, 232-237.

2010：

[1] Li Zhao, Yang Jiawei, Yao Junliang, Adaptive transmission in MU-MIMO downlink with reduced feedback, Journal of communications, 2010, 5(7), 511-520.

[2] 李钊，杨家玮，MU-MIMO下行链路双阈值有限反馈机会通信策略，西安电子科技大学学报，2010，37（4），581-586.

[3] 李钊，杨家玮等，采用独立分量分析的多用户MIMO下行传输策略，西安电子科技大学学报，2010，37（2），192-196.

[4] Li Zhao, Li Jiandong, Yang Jiawei, Joint resource management for system coexistence in cognitive radio networks, ICWITS, 2010, 1-4.

2009：

[1] Li Zhao, Yang Jiawei, Yao Junliang, Distributed scheduling algorithm for multiuser MIMO downlink with adaptive feedback, Journal of communications, 2009, 4(3), 164-169.

[2] 李钊，杨家玮，MU-MIMO下行链路模式自适应有限反馈机会传输，北京邮电大学学报，2009，32（5），15-19.

[3] 李钊，杨家玮等，一种空间相关信道收发联合自适应MIMO传输方法，西安电子科技大学学报，2009，36（4），590-595.

[4] Li Zhao, Yang Jiawei, Orthogonalization aided distributed scheduling for MU-MIMO BC with adaptive feedback, IEEE WCSP, 2009, 1-5.

[5] Li Zhao, Yang Jiawei, Yao Junliang, Double-threshold oppotunistic transmission strategy for MU-MIMO downlink, IEEE ISCIT, 2009, 1-5.

[6] Li Zhao, Yang Jiawei, Li Jiandong, Opportunistic transmission in MU-MIMO downlink with reduced feedback and mode adaptation, IEEE VITAE, 2009, 379-383.

[7] Li Zhao, Yang Jiawei, Yao Junliang, An independent component analysis based multiuser MIMO downlink transmission scheme, IEEE NSWCTC, 2009, 374-377. 

[1] 杨家玮，张文柱，李钊，移动通信，人民邮电出版社，2010，ISBN 978-7-115-22721-8，第3，6，7章.