Zhidan Yan

»Full Name：Zhidan Yan

»Belong to：Department of Measurement and Control   Technology and Instruments 

»Academic degree：PhD

»Title：Associate   Professor

» Major： Measurement and Control Technology and   Instruments

» Tutor category：  Postgraduate Supervisor

»E-mail：zhidanyan@upc.edu.cn

»Tel：0532-86982918

»Address：College   of Control Science and Engineering, 66 Changjiang West Road, Huangdao   District, Qingdao City, Shandong Province

»general situation

◎Expertise Areas

[1]MWD   technology and instruments

[2]Downhole   data high-speed transmission

[3]Weak   magnetic measurement and electromagnetic flaw detection

◎Education

[1] 2007/09–2010/09, College of Precision   Instrument and Opto-electronics Engineering, Tianjin University, PhD;

[2] 2008/01-2010/01, Institute of Experimental   Physics, Johannes Kepler University Linz, Joint PhD;

2005/09–2007/07, College of Precision   Instrument and Opto-electronics Engineering, Tianjin [3] University, Master;

[4] 2001/09-2005/07, College of Precision   Instrument and Opto-electronics Engineering, Tianjin University, Bachelor.

◎Employment

[1] 2016/01-present, Department of Measurement and Control Technology   and Instruments, College of Control Science and Engineering, China University   of Petroleum (East China), Associate Professor;

[2] 2015/04-2015/12, Department of Automation, College of Information   and Control Engineering, China University of Petroleum (East China),   Lecturer;

[3] 2013/04-2015/03, CNPC Bohai Drilling Engineering Co., Ltd./China   University of Petroleum (East China), Postdoctor;

[4] 2010/09-2013/03, Department of Automation, College of Information   and Control Engineering, China University of Petroleum (East China), Lecturer.

◎Academic part-time

[1] Visiting researcher of the State Key   Laboratory of Precision Testing Technology and Instruments (Tianjin   University);

[2] Evaluation Expert of National Natural   Science Foundation of China;

[3] Evaluation expert of the Ministry of   Education's Degree and Graduate Education Evaluation and Development Center;

[4] Reviewer of High-level SCI journals, such   as ISA transaction, Journal of Petroleum Science and Engineering, and   Precision Engineering;

[5] IEEE member, IES member; Senior member of   Chinese Instrument and Control Society; Evaluation Expert of Qingdao   High-tech Enterprise;

◎Courses Offered

[1] Postgraduate: “DSP Principles and Embedded   Systems”;

[2] Undergraduate: “Technology of Intelligent   Instrument Design”, “Sensor course design”, “Curriculum Design of Measurement   and Control Instruments”, “Freshman Seminar”;

[3] Undergraduate international students: “DSP   Principles and Applications”

◎Guiding graduate students

2021: Ruirui Sun, Zihan   Yang, Zihan Chen, Le Jiao, Shiyan Deng, Junzhuang zhang, Wentao Pan;

2020: Zengkun Leng, Yupeng Zheng,  Faxing Lu, Simin Jiang;

2019: Nan Yang, Linxu Han, Shuchao Lu, Li Ding   ;

2018: Zhenyu Yang, Junfei Wang, Xue Yin;

2017: Guo Chen, Wenyi Xu, Peng Zhang, Li   Zhong;

2016: Chao Zhang, Minmin Liu;

2015: Chaoyu Xu;

2014: Chunwei Ai (Assistant guidance)

2013: Chunmei Yang (Assistant guidance)

2012: Yang Lu (Assistant guidance)

◎Funding and Projects

[1] National Natural Science Foundation of   China, 52075546, Research on Optimization Design of Rotary Valve and Active Rotor   Control for High-Speed Continuous Wave Source Signal Pulse   Generator While Drilling, 2021/01-2024/12; Ongoing, Host;

[2] Shandong Provincial Natural Science   Foundation of China, ZR2020MA56, Research on the Dynamic and Precise Rotor   Position Control Method for a High-speed Continuous Mud Pulser While Drilling,   2021/01-2023/12; Ongoing, Host;

[3] key project of the National Natural   Science Foundation of China, 62033008, Research on Intelligent Autonomous   Fault Tolerant Control System for Accurate Trajectory Tracking of Rotary   Steering Drilling Tools, 2021/01-2025/12; Ongoing, Participant;

[4] Science and Technology Project of Qingdao   West Coast New District of Shandong Province, 2020-26, Research on Self-Adjusting   Posture Method for an Unmanned Platform, 2020/12-2022/12, Ongoing, Host;

[5] Key R&D Program of Shandong Province,   2019GHY112080, Development of High-speed Continuous Wave Pulser While   Drilling for Offshore Oil and Gas Exploitation, 2019/07-2021/07, Completed, Host;

[6] Fundamental Research Funds for the Central   Universities, 18CX02108A, Key Issues on Downhole Source Signal Generation for   High-speed Continuous Wave Mud Pulse Transmission While Drilling,   2018/01-2020/12, Completed, Host;

[7] The Open Topic of the State Key Laboratory   of Precision Testing Technology and Instruments, PIL1604, Research on the Non-invasive   Detection Method of Weak Continuous Wave Mud Pulse While Drilling,   2016/06-2019/05, Completed, Host;

[8] Qingdao Haier Intelligent Technology   R&D Co., Ltd., HC-IP-02, EcoSmart Water Heater, 2016/10-2017/12, Completed,   Host;

[9] Qingdao Science and Technology Planning   Project, 15-9-1-92-jch, Research on Key Technologies of Continuous Wave Data   High-speed Transmission While Drilling, 2015/09-2017/09, Completed, Host;

[10] Fundamental Research Funds for the   Central Universities, 14CX02204A, Special Funding for Construction   Project for Young Core Teacher , 2015/01-2016/12, Completed, Independent;

[11] China Postdoctoral Science Foundation,   2014M551982, Research on High-speed Transmission Method of Downhole Data   Based on Continuous Wave Mud Pulse, 2014/04-2015/04, Completed, Independent;

[12] Shandong Rockcore Energy Technology Co.,   Ltd., Development of a New High-speed Transmission MWD System, 2021/12-2022/06,   Ongong, Host;

[13] CNPC Bohai Drilling Engineering Co., Ltd.   2013ZD01K, High-temperature, High-rate LWD Logging While Drilling Tool   Development, Post-doctoral project, 2013/04-2015/03, completed, Host;

[14] National Natural Science Foundation of   China(Youth Project), 11104354, Research on Real-time In-situ Fluorescence   Microscopy Method of Organic Molecular Film Growth Surface Dynamics,   2012/01-2014/12, completed, Host;

[15] Central University Independent Innovation   Fund, 12CX04063A, Research on Measurement and Control Technology for Downhole   Dynamic Pointing Rotary Steering Drilling Tool System, 2011/10-2014/04,   completed, Host.

◎Awards & Honors

Awards:

[1] 1 First Prize of China University of   Petroleum (East China) Teaching Achievement (Participant), 2 Second Prizes (Participant);   

[2] DeMeiGaoKe Teaching Award of China   University of Petroleum (East China);

[3] ZheDaZhongKong Teaching Award of College of Information and   Control Engineering, China University   of Petroleum (East China);

Honors:

[1] Freescale University Student   Smart Car Competition of Shandong Division，Outstanding mentor；

[2] Extracurricular activities for students of   China University of Petroleum (East China)，Outstanding mentor；

[3] Top Ten and Top 100 Class Teacher of China   University of Petroleum (East China);

◎Representative Publications

Shijun   Zhao, Zhidan Yan, Lin Chen, Introduction to Petroleum Instruments (Second Edition),   Petroleum Industry Press, 2020.

◎Patent

[1] Zhidan Yan , Hehui Sun ,Chao Zhang, etc.   Drilling Fluid Quantitative Deaerator[P]. 2020.02.18, China,   ZL201711430091.2.

[2] Zhidan Yan, Hehui Sun , Chao Zhang et al.   Method and Device for Gas Volume Measuring[P]. 2019.09.13, China,   ZL201711430075.3.

[3] Zhidan Yan, Yanfeng Geng, Chunwei Ai, etc.   A Processing Method of Continuous Wave Pulse Signals for MWD [P]. 2019.04.09,   China, ZL201610822028.2.

[4] Zhidan Yan, Yanfeng Geng, Chaoyu Xu, etc.   A Processing Method of Positive Pulse Signals for MWD [P]. 2019.03.01, China,   ZL201610820455.7.

[5] Zhidan Yan, Chaoyu Xu, Chunwei Ai, etc. A Predicting   Method for the Remaining Bath Time of a Storage-Type Electric Water Heater   [P]. 2019.03.01, China, ZL201610970400.4

[6] Zhidan Yan, Yanfeng Geng, Jinzhou Yang ,   etc. A Control Method for Tracking and Stabilizing the Wellbore Trajectory of   a Dynamic Directional Rotary Steering Drilling Tools [P]. 2017.07.14, China,   ZL201510140405.X

[7] Zhidan Yan,Chunming Wei, Yanfeng Geng,   etc. Multi-Ary Continuous Phase Shift Keying Signal Generator [P],   2017.03.15, China, ZL201410302111.8.

[8] Zhidan Yan, Chunming Wei, Yanfeng Geng,   etc. Rotary-Driven Swing Valve Continuous Wave Generator [P], 2017.03.15,   China, ZL201310755291.0.

[9] Zhidan Yan, Chunming Wei, Yanfeng Geng,   etc.A Method for Continuous Phase Shift Keying Modulation Based on Four-Blade   Triangular Valve [P], 2017.02.15, China, ZL201410302060.9.

[10] Zhidan Yan, Yanfeng Geng, Jinzhou Yang ,   etc. A Dynamic Pointing Rotary Steering Drilling Tool [P]. 2016.08.10, China,   ZL201210402593.5

[11] Zhidan Yan, Chunming Wei, Yanfeng Geng,   etc. A Continuous Wave Generator Rotary Valve Based on a Triangular Valve[P],   2016.05.18, China, ZL201310755292.5.

[12] Zhidan Yan, Chunmei Yang, Jinwu Zheng,   etc. A Wavelet Transform Image Denoising Method Based on an Improved   Threshold Function, 2016.05.11, China, ZL201410120642.5.

[13] Zhidan Yan, Yanfeng Geng, Jinzhou Yang,   etc. A Structural Corner Locking Mechanism for Rotary Steering Drilling Tools   [P], 2015.10.28, China, ZL201210402266.X

[14] Zhidan Yan, Yanfeng Geng, Weiliang Wang,   etc. A Rotational Speed Measuring Mechanism of Stable Platform in Dynamic   Pointing Rotary Steering Drilling tool, 2015.08.05, China, ZL201310242479.5.

[15] Yanfeng Geng , Zhidan Yan, Jinzhou Yang,   etc. A Design Method of Offset Steering Mechanism for Dynamic Pointing Rotary   Steering Drilling Tools, 2016.08.03, China, ZL201210401530.8.

◎Paper

[1] Zhidan Yan, Junfei Wang, Li Sheng, et al. An   Effective Compression Algorithm for Real-time Transmission Data Using   Predictive Coding With Mixed Models of LSTM and XGBOOST[J], Neurocomputing,   2021, 462: 247-259.

[2] Zhenyu Yang, Zhidan Yan, Yunfeng Lu, et   al. Double DOF Strategy for Continuous-Wave Pulse Generator based on Extended   Kalman Filter and Adaptive Linear Active Disturbance Rejection Control[J],   IEEE Transactions on Power Electronics, 2021, 37(2): 1382-1393.

[3] Nan Yang, Zhidan Yan, Xue Yin, et al. Mathematical Modeling and   Experimental Investigation of a Rotary Valve Generating Sinusoidal Pressure   Signals Based on Fan-Arc-Straight Orifice[J], Journal of Petroleum Science and   Engineering, 2021, DOI:10.1016/j.petrol.2021.109807.

[4] Guo Chen, Zhidan Yan, TingZheng Gao, et   al. Study on Model-based Pump Noise Suppression Method of Mud Pulse Signal[J],   Journal of Petroleum Science and   Engineering, 2021, 200: 108433

[5] Zhidan Yan, Shuchao Lu, Chao Zhang. Design   and Implementation of Long-Distance Dual PIFA Antenna Structure of Small   Embedded Metal UHF RFID Tag[J]. Progress In Electromagnetics Research C,   2021, 116: 95-112.

[6] Xiang Shi, Fulei Zhao, Zhidan Yan, et al.   High‐performance Vibration Isolation Technique Using Passive Negative   Stiffness and Semiactive Damping[J], Computer-Aided Civil and Infrastructure   Engineering, 2021, 36(10): 1034-1055.

[7] Zhidan Yan, Junfei Wang, Yuyu Mao.   Experiment system of connector pin defect detection

based on machine vision[J], Experimental   Technology and Management, 2021, 38(7): 67-72.

[8] Zhidan Yan, Guo Chen, Chaoyu Xu, et   al. Design and experimental study of a sensitization structure with fiber   grating sensor for nonintrusive pipeline pressure detection[J]. ISA   Transactions, 2020, 101: 442-452.  

[9] Zhidan Yan, Weiyi Xu, Chunwei Ai, et   al. Parametric study on pump noise processing method of continuous wave mud   pulse signal based on dual-sensor[J]. Journal of Petroleum Science and   Engineering, 2019, 178: 987-998.  

[10] Zhidan Yan, Xue Yin, Yongchao   Yao, et al. Simulation study of rotor erosion for a continuous-wave pulse   generator by computational fluid dynamics[J]. Systems Science and Control   Engineering, 2019, 7(01): 460-467.  

[11] Zhidan Yan, Guo Chen, Wenyi Xu, et   al. Study of an Image Autofocus Method Based on Power Threshold Function   Wavelet Reconstruction and a Quality Evaluation Algorithm[J]. Applied Optics.   2018, 57: 9714-9721.   

[12] Zhidan Yan, Wenyi Xu, Chunmei Yang.   A power thresholding function-based wavelet image denoising method[J].   Journal of Imaging Science and Technology. 2018, 62: 10506-1-10506-11(11).    

[13] Zhidan Yan, Yanfeng Geng, Chunming   Wei, et al. Design of a continuous wave mud pulse generator for data   transmission by fluid pressure fluctuation[J]. Flow Measurement and   Instrumentation. 2018, 59: 28-36.   

[14] Zhidan Yan， Guo Chen， Chaoyu XU. Simulation   Study on Stress and Strain Characteristics of Fluid Pipeline Based on Finite   Element Model[J]. Laboratory Research and Exploration, 2018, 37(07):   110-113+146.

[15] Zhidan Yan, Lidong Sun, Chunguang Hu, et   al. A high efficiency single molecule localisation algorithm with sub pixel   resolution based on fluorescence images[J]. Imaging Science Journal, 2016,   64(1): 50-56.

[16] Zhidan Yan, Guangtao Wu, Tiannong Wang,   etc. Design and Implementation of Experimental System for Measuring and   Controlling Permanent Magnet Synchronous Motor[J]. Research and Exploration   in Laboratory, 2015, 34(11): 42-45+59.

[17] Zhidan Yan, Chunwei Ai, Shiteng Ma. Study   on simulation experiment of continuous wave mud pulse based on FLUENT[J].   Experimental Technology and Management, 2015, 32(09): 51-53+63.

[18] Zhidan Yan, Chunming Wei, Yanfeng Geng,   et al. Design of a rotary valve orifice for a continuous wave mud pulse   generator[J]. Precision Engineering, 2015, 41: 111-118.

[19] Zhidan Yan, Chunming Wei, Yanfeng Geng,   etc. Design and implementation of analog signal generator for continuous wave   mud pulse transmission [J]. Electronic Measurement Technology, 2015, 38(02):   122-125.

[20] Zhidan Yan, Lidong Sun, Peter Zeppenfeld,   et al. Study of p-6P Molecule Growth by In-Situ and Real-Time Spectroscopic   Ellipsometry[J], Materialprufung, 2013, 55(2): 139-142.

[21] Zhidan Yan, Lidong Sun, Chunguang Hu,   etc. Molecular Growth Investigation System Using Fluorescence Microscopy in   Ultra-high Vacuum Environment[J]. Chinese Journal of Scientific Instrument,   2013, 34(09): 2028-2033.

[22] Zhidan Yan, Lidong Sun, Chunguang Hu,   Xiaotang Hu, etc. Factors Influencing the    Ability of Fluorescence Emission and the Fluorescence Experimental   Research [J]. Spectroscopy and Spectral Analysis, 2012, 32(10): 2718-2721.

[23] Zhidan Yan, Lidong Sun, Chunguang Hu,   etc. Real-time Fluorescence Microscopy Image Acquisition and Analysis System   for Thin-film Growth Investigation[J]. Acta Optica Sinica, 2012, 32(9):   309-315.

[24] Zhidan Yan, Weiliang Wang, Lidong Sun,   etc. Image Processing Method Based on Hybrid Programming of IDL and LabVIEW   mixed programming[J]. Computer Technology and Development, 2012, 22(11):   27-29+35.

[25] Zhidan Yan, Lidong Sun, Chunguang Hu,   etc. Temperature control system based on LabVIEW[J]. Instrument Technology   and Sensor, 2012, (09): 13-14.

[26] Zhidan Yan, Lidong Sun, Yanning Li, etc.   A High-Accuracy and Fast Method for Tracking Fluorescent Single Molecules[J].   Acta Optica Sinica, 2010, 30(7): 1994-2000.

[27] Zhidan Yan, Lidong Sun, Yanning Li, etc.   Real-time Single Particle Tracking System Based on LabVIEW[J]. Chinese   Journal of Scientific Instrument, 2010, 31(6): 1352-1357.

[28] Zhidan Yan, Lidong Sun, Yanning Li, etc.   A High-Precision Algorithm for Fluorescence Single-Molecule Localization with   Nanometer Accuracy[J]. Nanotechnology and Precision Engineering, 2010, 8(5):   394-400.

[29] Jing Shao, Zhidan Yan, Suli Han, et al.   Differential Signal Extraction for Continuous Wave Mud Pulse Telemetry[J].   Journal of Petroleum Science and Engineering, 2017, 148: 127-130.

[30] Hui Li, Zhidan Yan, Changbo Liu et al.   Numerical Simulation of Azimuth Resistivity LWD Instruments Response[J].   Journal of China University of Petroleum (Edition of Natural Science), 2019,   43(01): 47-57.