Instrument Science and Engineering

  • Name:Cai Ping
  • Title:Professor
  • Office:
  • Office Phone:34204003
  • Website:

Research Field

Precision Engineering, Dynamic Measurement


1999,9,Ph.D,Measurement & Metrology Technology and Instruments,Shanghai Jiao Tong University
1988,3,Master of Science, Measurement & Metrology Technology and Instruments
1982,7,Precision Engineering,Shanghai Jiao Tong University

Work experience

2001,8-present,professor,Department of Instrumentation Engineering,Shanghai Jiao Tong University
1994-2001,8,Associate professor,Department of Precision Instrument,Shanghai Jiao Tong University
1997,3-1998,3,Visiting Scholar, Tohoku University,Japan
1988-1994,Lecturer Department of Precision Instrument,Shanghai Jiao Tong University
1982-1985,Lecturer,Jiujiang Industrial Colleg


Areas: Precision Engineering,Dynamic Balancing system,Force Measurement in Industry and Biomechanics
Research on Multi-DOF Force Feedback Human-Machine Interaction in Surgery Simulation; Foot Pressure Mapping & Vertical Forces Measurement and Human Balance Evaluation; Measurement System for Dynamic Balancing Machine

Awards and Honors


Microelectronic Circuits


1.Cai Ping,Shen Shengpei et al, A Charge Balance Capacitive Sensor, Journal of Shanghai Jiao Tong University,Vol.27, No.1, 1993, 73-79,
2. Cai Ping,Shen Shengpei, A study of a high Accuracy Wide Range Capacitive Displacement Measuring System, ACTA METROLOGICA SINICA, Vol.15, No.3,1994,216-220
3. Cai Ping,Shen Shengpei, New Capacitive grid Displacement Measuring Device, Journal of Shanghai Jiao Tong University, Vol.29, Sup.(Ⅰ) Aug.1995, 113-117
4. Satoshi KIYONO, Cai Ping, Wei GAO, An Angle Based Multi-degree-of Freedom Position Detection Method for Precision Machine, JSME, International Journal, Series C, Vol.42, No.1, 1999,44-48
5. Cai Ping et al, The Monitoring of Running State of Power Transformer, Shanghai Electric Appliance Technology, No.1, 1999
6. Cai Ping et al, A Resonance SAW Sensor, Instrument Technology & Sensor, 2000.7,p4-5
7. CAI PING, LIN LIANGMING,SHI WENKANG, A New Method for 2-D Position Detection,Proceedings of 1st International Symposium on Instrumentation Science and Technology, Proceeding of ISIST’99, 99-102
8. Ge Zongtao, Cai Ping et al, A 3-slop A/D Converter, ACTA METROLOGICA SINICA, Vol.12, No.4, 1991,280-289
9. Wang Zhen, Cai Ping, Digital Filtering Technique for Eliminating Power-line Interference, Electronic Measurement Technology, No.2, 2000
10. Chen Chongyang, Cai Ping et al, Radial Basis Function Based probabilistic Neural Network in Arrhythmia Classification Vol.34, No.11, Nov. 2000,1475-1477
12. Zhang Ben, Cai Ping, The Development of Capacitive Weighing System, Instrument Technique and Sensor, 4-5,2001,3
13. Zhang Ben, Cai Ping, Capacitive Weighing Sensor, Journal of Transducer Technology, 46-48,2001,6
14. Wang Zhen, Cai Ping, Xi Jinwen, Automatic ECG Analysis System Based on TMS320F206, Chinese Journal of Medical Instrumentation, Vol.26, No 3, 2002
15. Zhou Hongquan, Cai Ping, Chen Xiaorong, A drive and speed regulating system for special brushless DC motors, Electrical Drive Automation, Vol.24, No.5, 2002
16. Zhou Hongquan, Cai Ping, Wang Zhen, Xi Jinwen, A New Compositive Algorithm of ST-Segment, Chinese Journal of Medical Instrumentation, 2002,26(6)
17. Chen Xiaorong, Cai Ping, Shi Wenkang, The Latest Development of Optical non-contact 3D Profile Measurement, Optics and Precision Engineering, 2002, 16 (5)
18. Cai Ping, Research Achievements on Nanometrology, Shanghai Measurement and Testing, 2002, 6
19. zhou Hongquan, Cai Ping, Chen Xiaorong, Integrated Detection System about Coordinator Gyroscope, Instrumentation Technology, 2002,6
20. Chen Xiaorong, Cai Ping, Shi Wenkang, Dynamic Measuring the Position of a Moving Object Based on Laser Tracking System, Chinese Journal of Scientific Instrument, Vol.25,No.6,2004, pp777-780
21. Chen Xiaorong, Cai Ping, Chen Shufen, Application of Kalman filter in laser tracking measurement system, Optical Technique, Vol.31, No.1, 2004.1
22. Xi Jinwen, Cai Ping, Shen Shengpei, Digital Capacitive Linear Scales System and Its Traversing Speed Limit, Sensing and Transducer Conference 2003, Beijing
23. Zhang Chao, Cai Ping, Yang Zhongyuan, Study on Synchronous Sampling Technology in RF Admittance Level Measurement, Instrument Technique and Sensor, 2004,2
24. Yang Zhongyuan, Cai Ping, The application of CPLD to the design and test of a digital capacitive gate displacement sensor system, Industrial Instrumentation & Automation, Vol.1, No.3, 2004
25. Hong Maisheng, Cai Ping, Analysis and Comparison of Multi-Step Error Separation Technique, Journal of Shanghai Jiaotong University, Vol.38, No.6, 2004
26. Hong Maisheng, Cai Ping, Universal Equation and Operationability for Multi-Position Error Separation Technique, Nanotechnologu and Precision Engineering, Vol.2, No.1, 2004
27. Zhuang Yanzi, Cai Ping, Pressure Mapping System and its Sensor Technology, Chinese Journalof Sensors and Actuators, Vol.18, No.2, Jun.2005
28. Yang Xuefang, Cai Ping, Wang Weigang, Digital Capacitive Grating System, Instrument Technique and Sensor, 2005, No.7
29. Yang Xuefang, Cai Ping, Yang Zhongyuan, Effective ways to improve accuracy of capacitive grating displacement sensor, Sensor Technology, 2005, 9,
30. Fan Songnan, Cai Ping, Sample-Integral Theory Based RF Inductance Level Measurement Technology, Chinese Journal of SENSORS AND ACTUATORS),Vol.19, No.6, 2006,12,pp2540-43
31. Zhou Zhifeng, Cai Ping, Xu Jia, Application of EMD in Weigh-in –Motion of Vehicles, Data Acquisition and Processing, No.3, 2005
32. Zhou Zhifeng, Cai Ping, Xu Jia, A New Method of Processing Data of Weigh-in-Motion of Vehicles Based on Nonlinear Curve-Fitting,Journal of Shanghai Jiao Tong University, Vol.40, No.5, May 2006
33. Z F Zhou, P Cai, Estimating the Axle Weight of Vehicle in Motion Based on Nonlinear Curve-fitting, IET Sci. Meas. & Technol., Vol.1, No.4, July 2007
34. QIN Peng, CAI Ping, A Novel Algorithm of Adaptive IIR Lattice Notch Filter and Performance Analysis, Journal of Shanghai University, Vol.11, No.5, Oct. 2007
35. QIN Peng, CAI Ping, HU Qinghan, LI Yingxia, The Application of Ridge Regression in Dynamic Balance of Flexible Rotors Based on Influence Coefficient Method, Journal of Shanghai Jiaotong University(Science), Vol.E-11, No.1,2006,93~98
37. QIN Peng, CAI Ping, Extracting dynamic balancing signal based on improved empirical mode decomposition,Chinese Journal of Scitific Instrument,2007,,Vol.28(1), pp103-107
38. D D Zhao, P Qin, P Cai, Research on a Novel Vibration System for Dynamic Balancing Measurement Base on Flexure Hinge Mechanism,Key Engineering Materials,Vols.381-382(2008) pp121-124
39. LI Li, CAI Ping, Methods of Improving Balancing Precision of Two-Station Boring Balancing Machine,Measurement and Control Technology, 2008,Vol.7,No.7,pp96-98
40. Q Peng and C Ping, A noval vibration system based on instantaneous motion centre for high accuracy dynamic balancing measurement of outboard rotor, Proc. IMechE Vol.233 Part C: J. Mechanical Engineering Science, pp387-395,223(2),2009
41. ZHENG Li, CAI Ping,Fall Detection and Reliable Device Design, Chinese Journal of Medical Instrumentation,Vol.33,No.2,2009
42. YU Yejun, CAI Ping,Whole Braking Process Measurement of the High-Speed Object,Measurement and Control Technology,2009 28(4)
43. LIU Jia, CAI Ping,Research on De-weight Strategy of Two-Station Boring Balancing Machine,Modular Machine Tool and Automatic Manufacturing Technique,2009 5
44. LIU Jun,CAI Ping,Inverse Positions Solution and Numerical Simulation for a New 3-DOF Parallel Driven Platform,Modular Machine Tool and Automatic Manufacturing Technique),2009,1,39-42
45. ingding Zhao, Ping Cai, Research on Tool Condition Monitoring System in Auto-balancing Machine. Key Engineering Materials, Vol.437(2010), pp497-501