Programme theme:
Characterising, simulating, and elucidating the mechanisms
of cell function through the use of analytic and
computational mathematical models.
This program aims to integrate spatial-temporal scales and biological function
in the hierarchy of cellular models, which will ultimately be required to link
genomics with clinical medicine.
Programme director: Dr
Nicolas Smith
(University of Auckland)
Programme committee:
Workshop details:
The Modelling Cellular Function workshop took place in Auckland from the 14th to
the 18th of July 2003.
Further information on the workshop can be found on the website,
Modelling Cellular Function.
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Programme theme:
Evolutionary problems include ordinary differential equations,
delay differential equations and differential-algebraic equations.
Although
traditional numerical methods for these problems are well established, more general
methods that are capable of more
efficient performance now exist. Furthermore,
problems that evolve on manifolds need special numerical methods encompassed within
the geometric integration framework.
Programme director:
Professor
John Butcher (University of Auckland)
Programme committee:
Workshop details:
The Numerical Methods for Evolutionary Problems workshop took place at the
University of Auckland
during the week 14 July to 18 July 2003.
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Last updated on 27 October 2006
by
webmaster@nzima.auckland.ac.nz
Modelling Cellular Function
Numerical Methods for Evolutionary Problems
