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Ph. D. M. Eng. B. Eng. Email: bqiang@mailandnews.com

  ACADEMIC QUALIFICATIONS

Ph. D. (1998), Department of Electrical Engineering,  National University of Singapore

M. Eng. (1993), Institute of Plasma Physics, The Chinese Academy of Sciences

B.Eng. (1989), Department of Electrical Engineering, Xian Jiaotong University, Xi'an, China

PUBLICATIONS

Journal Papers In Chinese

[1] Bi, Q., A. Ye (1992). A Novel Protection Circuit In Power Supply. Electrical Technology, Vol.19, No.10, pp39.

[2] Bi, Q. (1993). Modeling and Computer Simulation of PWM DC-DC Converter. Electrical Drive Automation. Vol.15, No.3, pp24-28.

[3] Bi, Q., S. H. Hu and S. J. Ye (1993). A +100V & -100V Output Power Supply. Nuclear Industrial Automation, No. 4.

[4] Ye, A., Z. S. Wang and Q. Bi (1994). Development of a Laser Output Power Regulator. Laser Application, Vol.14, No.1, pp38-40.

[5] Liang S., Z. Y. Li and Q. Bi (1994). Isopotential Field Intensity Physical Analog & Their Automatic Microcomputer Measure System. Electrical Automation, Vol.16, No.1, pp47-50.

[6] Bi Q. (1994). A PWM ZVS Power Supplies. Application of IC, No.4, pp1-3.

Journal Papers In English

[1] Wang, Q. G., Q. Bi and B. Zou (1996). Parameter Identification of Continuous-Time Mechanical Systems without Sensing Accelerations. Computers in Industry, 28, 207-217.

[2] Tan, K.K.,  Q. G. Wang, T. H. Lee and Q. Bi (1996). A New Approach to Analysis and Design of Smith-Predictor Controllers. AIchE,  42, 1793-1797.

[3] Wang, Q. G., C. C. Hang and Q. Bi (1997). A Frequency Domain Controller Design Method. Chemical Engineering Research and Design, 75, Part A, 64-72.

[4] Wang Q. G., B. Zou, T. H. Lee and Q. Bi (1997). Auto-tuning of Multivariable PID Controllers from Decentralized Relay Feedback, Automatica, 33 (3), 319-330.

[5] Bi Q., Q. G. Wang and C. C. Hang (1997). Relay-Based Estimation of Multiple Points on Process Frequency Response. Automatica, 33 (9), 1753-1757.

[6] Wang, Q. G., Q. Bi and B. Zou (1997). Use Of  FFT In Relay Feedback Systems. Electronics Letters, 33, 1099-1100.

[7] Wang, Q. G., C. C. Hang and Q. Bi (1997). Process frequency response estimation from relay feedback. Control Engineering Practice, 5 (9), 1293-1302.

[8] Wang, Q. G., C. C. Hang and Q. Bi (1999). A Technique For  Frequency Response Identification From Relay Feedback. IEEE Transactions on Control Systems Technology, 7 (1), 122-128.

[9] Wang, Q. G. and C. C. Hang, Q. Bi (1998). Continual Self-tuning from Load Disturbance Responses. CHEM ENG RES DES  76  (A4) 471-477.

[10] Wang, Q. G., H. W. Fung, Q. Bi, and Y. Zhang (1999). PID tuning for improved performance. IEEE Transactions on Control Systems Technology, 7 (4).

[11] Q. Bi, W. J. Cai, Q. G. Wang, E. L. Lee, C. C. Hang, and Y. Zhang (1999). Robust identification of first-order plus dead-time model from step response. Control Engineering Practice, 7 (1), 71-77.

[12] Q. G. Wang, C. C.Hang, S. A. Zhu, Q. Bi (1999). Implementation and testing of an advanced relay auto-tuner. Journal of Process Control 9(4), 291-300.

[13] Q. Bi, W. J. Cai, Q. G. Wang, E. L. Lee, C. C. Hang, Y Zhang (1998). Advanced controller auto-tuning and its application in HVAC systems. Re-review at Control Engineering Practice..

Conference Papers In English

[1] Bi, Q., Z. L. Yu and Z. Z. Ye (1994). A PWM Forward ZVS Soft Switching & its Application. Proceedings of 1994 Symposium on Power Electronics Circuits, Hong Kong, 132-134.

[2] Tan, K.K., Q. G. Wang, T. H. Lee and Q. Bi (1996). A New Approach to Analysis and Design of Smith-Predictor Controllers. Proceedings of the American Control Conference 1995, Seattle. Vol. 6, 4194-4198.

[3] Wang, Q. G., T. H. Lee and Q. Bi (1996). Partial Internal Model Control. The 1st Taiwan-Korea-Singapore Symposium on Process Systems Engineering Proceedings, 1996, 62-79.

[4] Wang, Q. G., T. H. Lee and Q. Bi (1997). Re-design of Smith Predictor System for Performance Enhancement. Proc. of the 2nd Chinese World Congress on Intelligent Control and Automation, June 1997, Xian, China, pp.693-698.

[5] Wang, Q. G., C. C. Hang, S. A. Zhu, L. Zou and Q. Bi (1997). Implementation and Testing of an Advanced Relay Auto-tuner. Proc. of the 2nd Chinese World Congress on Intelligent Control and Automation, June 1997, Xian, China, pp.485-900.

[6] Wang, Q. G., C. C. Hang and Q. Bi (1997). A Technique For Frequency Response Identification From Relay Feedback. Proc. 2nd Asian Control Conference, July 22-25,1997, Seoul, Vol.II, pp.195-198.

[7] Wang, Q. G., C. C. Hang, and Q. Bi (1997). Continual Self-tuning from Load Disturbance Responses. Proc. 1997 IFAC International Symposium on Artificial Intelligence in Real-time Control. Kuala Lumpur, Malaysia, pp583-588.

[8] Wang, Q. G., Y. Zhang, W. J. Cai, and Q. Bi (1998). Model based nonlinear controller for cooling coil unit.  International Conference on system, Signal, Control, Computers, SSCC’98, Durban, South Africa, 1998, 336-340.

[9] Wang Q. G., C. C. Hang, Yong Zhang, and Q. Bi  (1998). Multivariable controller auto-tuning with application in HVAC systems. Proc. of American Control Conference, San Diego, 4353-4357.

[10] Wang, Q. G., Y. Zhang, W. J. Cai, Q. Bi and C. C Hang (1999), "Co-operative Control of Multi-input and Single-output Processes - Problem Formulation and Solution", Proc. of 14th IFAC, Beijing, 313-318.

Patents

[1] Wang, Q. G., C. C. Hang, and Q. Bi (1997). "Relay-based estimation of multiple points on process frequency response", filed in Singapore.

[2] Q. Bi, K. Gomez, Y. Chen, K. K. Ooi (1999). Computationally Simplified Zero Acceleration Path Methods

[3] Chen Y., K. K. Ooi, Q. Bi, K. H. Cheong (1999). SP-ZAP: A Zero  Acceleration Path (ZAP) Compensation Algorithm Using Scheduled  Parameters (SP).