Perry Y. Li

Perry Y. Li

Professor 
Design and Manufacturing Division
Department of Mechanical Engineering

Deputy Director 
ERC for Compact and Efficient Fluid Power

University of Minnesota

 

Mailing Address

Department of Mechanical Engineering 
University of Minnesota 
111 Church St. SE, Rm 309 
Minneapolis MN 55455 
USA

Phones and Faxes:
(612)-626-7815 (ME office)  (612)-624-4992 (ERC office) 
(612)-626-8111 (Admin.Assistant
(612)-625-6069 / 626-7165 (FAX) 

·  Emailpli@me.umn.edu

URL's:

·  U of M official page

·  Personal page (this page)

 


Education:

Dissertation: “Self-optimizing Control and Passive Velocity Field Control of Intelligent Machines”


Experience:


Professional Activities:

  • Associate Editor, ASME Journal of Dynamic Systems, Measurement and Control (June 2003 - date)
  • Faculty advisor to ASME U. of Minnesota Student Chapter (2001 - 2005)
  • Program committee member:
    • 2004 American Control Conference, Boston MA
    • 2004 IEEE Conference on Control Applications, Taipei, ROC.
    • Controls 2004, Bath, UK
    • 8th International Workshop on Advanced Motion Control (AMC 04), Kawasaki, Japan.
    • 2003 International Conference on Mechatronics (ICOM 03), Loughborough, UK.
  • Grant review panels:
    • NSF; PATH, Caltrans, CA; NSERC, Canada
  • ASME
    • DSC Division, Fluid Control Systems Panel (Chair, 2003-date; vice-chair 2000-2003)
    • FPST Division Representative to 2004 ASME-IMECE, Anaheim, CA.

Honor / awards:

  • Young Investigator Award in Flexible Automation, Japan-USA Symposium on Flexible Automation, 2000-2002.
  • Achievement Award, Corporate Research & Technology, Xerox Corporation , 1996
  • Special Recognition Award, Corporate Research & Technology, Xerox Corporation, 1997
  • Teaching Fellow, Biomedical Engineering, Boston University, 1987-88
  • Exhibitioner, Downing College, Cambridge University, 1986-87
  • Whitby Scholarship, Downing College, Cambridge University, 1984-86

Research:

My research interests lie in the area of control and mechatronics. Recent and current application areas include:

  • Man-machine systems such as teleoperators, human power amplifiers, adaptive exercise machines;
  • Fluid power systems: mechatronics concepts for the fluid power components; control of fluid power systems, compact energy storage, hydraulic hybrid vehicles.
  • Robotics: swimming machines; passive robotic manipulations
  • Imaging systems: sensing and control of digital color printers; media handling.
  • Transportation: Control of automated vehicles, traffic flow stability;
  • Biomedical: devices for minimally invasive diagnostics and treatment; biomechanics of human motion 

Summary of Research: 97-02

Summary of Research 02-07

For further information, please visit my laboratories’ web pages and my publications page.

Mechatronics and Intelligent Machines Lab

Fluid Power Controls Lab.

Engineering Research Center for Compact and Efficient Fluid Power (CCEFP)


Publications

List of publications, most are available online.


Courses

Current semester: (Fall 2008)

Previous courses


Sites:


Last updated: 9/5/2008Perry Y. Li