Contact
Prof. C.K. Michael Tse, Department of Electronic and Information Engineering, Hong Kong Polytechnic University, Hunghom, Hong Kong.
Email: cktse@ieee.org
Join our Friday seminars
News
Michael Small and S.C. Tan won RGC CERG 2007/08
C.K. Tse awarded the Distinguished International Research Fellowship 2007 by the University of Calgary, Canada
Michael Small and S.C. Wong won RGC CERG 2006/07
C.K. Tse elected IEEE Fellow 2006
C.K. Tse named IEEE Distinguished Lecturer 2005
Martin Chow won Grand Championship, Efficiency Challenge Competition 2004
C.K. Tse won IJCTA Best Paper Award 2003
Michael Small won First Prize in Dynamics Days Europe 2002
C.K. Tse, Martin Chow and Martin Cheung won IEEE Transactions PEL Best Paper Award 2001
New Books
數字混沌通訊：多址方式及性能評估，譚偉文、劉重明、謝智剛
Collaborating Centre
Centre for Chaos and Complex Networks at City University of Hong Kong
Conferences of Interest
IWCSN 2008, Canberra
Keep looking ahead, explore new ideas, and develop emerging technologies...
Research in the area of nonlinear circuits and systems began in this group in the early 1990s. The early focus was on power electronics systems, and the coverage has now been extended to general nonlinear dynamical systems. Our main emphases are, moreover, practical applications. Presently, research topics being actively pursued by members in the Applied Nonlinear Circuits and Systems Research Group include power electronics, circuit theory, sliding-mode control applications, chaos-based communications, disease propagation dynamics, time-series analysis and applications to biomedical signal processing, and complex network applications.
In the area of power electronics, the group's main focus has been fundamental research into the analysis and synthesis of switch mode power supplies. In addition to applied power electronics research, the group has a strong interest in the identification of bifurcation behavior in power electronics and its practical applications. In the field of chaos-based communications, the group's main research interest has been in the analysis of chaos-based modulations and development of noncoherent communication systems. In the area of time series analysis, surrogate data techniques have been the major focus. Finally, applications of complex networks have been actively studied for practical systems such as telephone networks and the Internet.
Special Reports:
For details of our group, please click on the topics on top of this page.
