Re: [SwarmFest2004] paper

[Rick Riolo]

hi,

We may be able accept the paper as a poster, but not for a talk.
All talks already have been allocated.

Please let us know if you are interested in submitting this
for a poster session, and we will then review it and let
you know ASAP if we think it fits in with the conference.

- r

Rick Riolo                           address@hidden
Center for the Study of Complex Systems (CSCS)
4477 Randall Lab
University of Michigan         Ann Arbor MI 48109-1120
Phone: 734 763 3323                  Fax: 734 763 9267
http://cscs.umich.edu/~rlr

On Sat, 10 Apr 2004, Sweilam Nasser wrote:

> Date: Sat, 10 Apr 2004 03:03:42 -0700 (PDT)
> From: Sweilam Nasser <address@hidden>
> To: address@hidden
> Subject: [SwarmFest2004] paper
>
>
>
>
> Dear Professor,
>
> In this time we have a paper entitle "Particle swarm optimization
> techniques for depth determinations from gravity data" (enclosed you can
> find the abstract), Please let us know if there is a possibility to
> submit the paper in the
>
>                       SwarmFest 2004
> conference, In all cases we are sorry for the dealy.
>
> Best wishes
>
> Ass. Prof. Nasser H. Sweilam
>
> Cairo Univ., Faculty of Science,
>
> Mathematics Department
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> Giza-Egypt.
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> Particle swarm optimization techniques
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> for depth determinations from gravity data
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> N. H. Sweilam , T. Hashem  and M. M. Gobashy
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> Cairo University, Faculty of Science, Mathematics Department, Giza, Egypt.
>
> Cairo University, Faculty of Science, Geophysics  Department, Giza, Egypt.
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> 1. Abstract
>
> The present paper deals with a swarm intelligent technique to determine
> the depth of a buried structure from its residual gravity anomaly. The
> problem of depth determination can be transformed into a problem of
> finding a solution of non-linear equation . The Particle swarm
> optimization (PSO) technique is applied to simple geometric models such
> a sphere, vertical and horizontal cylinders and for a vertical fault
> with and without random noise.  Finally, a field example is presented in
> which the depth to a fault is estimated at 3.8 km and verified from
> drilling results.
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>  Nasser Hassan Sweilam
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>      Associate Professor
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> Cairo University, Faculty of Science
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>      Mathematics Department
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>        Giza, 12613 , Egypt
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>
>
> ---------------------------------
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