To Be Updated

(1) Project of National Natural Science Foundation of China (Research on Key Technologies of Asymmetric magnetic Coupling Resonant Radio Energy Transmission for underground coal Mine, 52074305), 2021/01-2024/12, Project leader, completed

(2) Project of National Natural Science Foundation of China (Research on Key techniques of Error suppression and Location Estimation of Mine TOA Location, 51674269), 2017/01-2020/12, Project leader,completedn

(3)Coal Joint Fund Project of National Natural Science Foundation of China (Research on Electromagnetic Wave Safety in Underground Coal Mine, U1261125), 2013/01-2015/12, Project leader, completed

(4)Sub-project of the National Key Research and Development Program (Sensing Technology for Mine Water Flood and Gas and Coal Dust Explosion, 2016YFC0801804-4), 2016/07-2020/06, sub-project leader, completed

(1) Led the revision of one national standard and participated in the formulation of 30 industry standards：

[1]GB/T 6412-2009 Test Methods for Household Coal and Stoves, ranked first

[2]NB/T 10719-2021 Coal Production Monitoring Master Station, ranked 5th

[3]NB/T 10720-2021 Coal mine camera, ranked 5th

[4]NB/T10722-2021 General Technical Conditions for Mine Leakage Communication Systems, ranked 5th

[5]NB/T 10723-2021 General Technical Conditions for Underground Communication Systems in Mines, ranked 5th

(2) Papers (More than 40 papers have been published publicly, with over 20 indexed by SCI and EI)：

[1] Zijian Tian, Haishun Li, Jiaqi Wu, Wei. Chen*, et al., .PrFu-YOLO: A Lightweight Network Model for UAV-Assisted Real-Time Vehicle Detection Toward an IoT Underlayer[J]. IEEE INTERNET OF THINGS JOURNAL, vol. 11, no. 23, 2024.37536-37549

[2] Zijian Tian,Dairong Liu, Wei Chen*, et al. Analysis and Optimization of Asymmetric Wireless Power Transfer in Concrete[J]. Wireless Communicationsand Mobile Computing, 2020, 2020(3):1-12.

[3] TIAN Zijian, HE Fangyuan.A Method of Establishing Mine Target Fingerprint DatabaseBased on Distributed Compressed Sensing[J].Journal of Electronics & Information Technology,2019,41（10）：2450-2456. Doi: 10.11999/JEIT180857.

[4] Tian Zi-Jian, Li Wei-Xiang,Fan Jing.Performance analysis of double incidence derivativemetamaterial based on double-triangular structure[J].Acta Phys. Sin，2015，64（3）：034101

[5] TIAN Zi-jian, WANG Man-li, ZHANG Yuan-gang.Image Enhancement Algorithm Based on Dual Domain Decomposition[J].Acta Electronica Sinica,2020,48(07):1311-1320.

(3) Invention patents (22 invention patents authorized as the first inventor)：

[1] Invention Patent: Path Planning and Navigation System and Method Based on Improved Artificial Potential Field Method, Authorization Number: 201610136552.4, Inventors: Tian Zijian, Gao Xuehao; Authorization Notice date: 2019.2.5;

[2] Invention Patent: A Derivable two-dimensional left-handed material structure, Authorization Number: 201410652334.7, Inventors: Tian Zijian, Li Weixiang; Authorization Notice date: 2019.02.19;

[3] Invention Patent: Asymmetric Coil Magnetic Coupling Resonant Radio Power Transmission System and Method, Authorization Number: 201810064356.X, Inventors: Tian Zijian, Gao Pengfei; Authorization Notice date:2020.12.29;

[4] Invention Patent: An Enhancement Method for Underground mine noise Images Based on dual-domain Decomposition, Authorization Number: 201910976955.3, Inventors: Tian Zijian, Wang Manli, Zhang Xiangyang; Authorization Notice Date: 2022.02.22;

[5] Invention Patent: A double-incident left-handed material structure, Authorization Number: 201610522215.9, Inventors: Tian Zijian, Jiang Bofan; Authorization Notice date:2022.09.02;

1)Mine Mobile and Emergency Communication Technology and System, Second Prize of National Science and Technology Progress Award (ranked 2th), 2010;

2)Coal Mine Safety Production Monitoring System Technology, Second Prize of National Science and Technology Progress Award (ranked 10th), 2008;

3) Wireless Communication Technology and System for Underground Coal Mines, First Prize of Science and Technology Progress of the Ministry of Education (ranked 2th), 2009;

4) Remote Monitoring Technology and System for Coal Production, First Prize of China Coal Industry Science and Technology Award (ranked 3th), 2010;

5) Technology and Standards for Wireless Transmission and Personnel Location Monitoring in Mines, First Prize of China Coal Industry Science and Technology Award (ranked 5th), 2008;

6) Research on coal mine safety monitoring technology and standard formulation, First Prize of China Coal Industry Science and Technology Award (ranked 5th), 2007;

7) Research on Monitoring Technology and Standard Formulation for Personnel Positions in Underground coal Mines, the Fourth Outstanding Promotion Project of Safety Production Science and Technology of the State Administration of Work Safety, Promotion Level A(ranked 5th), 2009.