possible talk proposal: fast sparse matrix calculations with Python
Dear all I'm looking for a Python conference to present some Python related material of my PhD thesis (in the Scientific Computing field). The thesis describes how to effiently calculate electro-magnetic waves in accelerator cavities using Python. For this purpose two Python packages (one for fast sparse matrix calculations and the other for implementing the finite element method for Maxwell's equations) were developed. More information on this project can be found at http://www.inf.ethz.ch/personal/geus/pyfemax/ Now, I'd like to know whether PYCON DC 2003 would be the right event for presenting my stuff or whether another conference would be better suited for this "Scientific Computing with Python" related topic. Regards, Roman Geus -- Roman Geus Tel: +41 1 632 74 39 / Fax: +41 1 632 14 07 Institute of Scientic Computing ETH Zentrum, HRS G25 Email: geus@inf.ethz.ch CH-8092 Zuerich
On Thu, Nov 28, 2002, Roman Geus wrote:
The thesis describes how to effiently calculate electro-magnetic waves in accelerator cavities using Python. For this purpose two Python packages (one for fast sparse matrix calculations and the other for implementing the finite element method for Maxwell's equations) were developed.
More information on this project can be found at
http://www.inf.ethz.ch/personal/geus/pyfemax/
Now, I'd like to know whether PYCON DC 2003 would be the right event for presenting my stuff or whether another conference would be better suited for this "Scientific Computing with Python" related topic.
We don't have a formal policy, but I believe PyCon has no objection to a paper being presented at multiple conferences. PyCon is certainly *an* appropriate venue, though you'd likely want to focus on the Python end of things rather than the actual subject of your thesis. -- Aahz (aahz@pythoncraft.com) <*> http://www.pythoncraft.com/ "If you don't know what your program is supposed to do, you'd better not start writing it." --Dijkstra
participants (2)
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Aahz -
Roman Geus