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- Moving Frames in Applications
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- Home
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- Our research
-
Student life & resources
Postgraduate research
- Info for new students
- Current research students
- Postgraduate conference
- Postgraduate events
- Postgraduate student awards
- Michael Tallis PhD Research Travel Award
- Information about research theses
- Past research students
- Resources
- Entry requirements
- PhD projects
- Obtaining funding
- Application & fee information
Student services
- Help for postgraduate students
- Thesis guidelines
- School assessment policies
- Computing information
- Mathematics Drop-in Centre
- Consultation
- Statistics Consultation Service
- Academic advice
- Enrolment variation
- Changing tutorials
- Illness or misadventure
- Application form for existing casual tutors
- ARC grants Head of School sign off
- Computing facilities
- Choosing your major
- Engage with us
- News & events
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Abstract:
In this talk, I will describe a new approach to the theory of moving frames. The method is completely algorithmic, and applies to very general Lie group actions and even infinite-dimensional pseudo-groups. It has led to a wide variety of new applications, ranging over differential equations, the calculus of variations, geometric flows, image processing, numerical methods, differential geometry, invariant theory, and elsewhere.
The talk will survey the key ideas, and present some of the principal applications.
Speaker
Peter J. Olver
Research Area
Joint Colloquium
Affiliation
University of Minnesota
Date
Fri, 23/03/2012 - 2:00pm to 3:00pm
Venue
RC-4082, Red Centre Building, UNSW