Announcement and Call for Papers
Interactive Molecular Visualization
Track Co-Chairs:
Michael Teschner and Chris Henn
Background
In the past, structure determination itself was a significant challenge. Today,
we have an arsenal of methods avaliable, such as X-ray crystallography, NMR
spectroscopy, electron microscopy and scanning probe microscopy, each one with
its strengths and drawbacks. Collectively, they may answer the question: "How
does this particualr molecule look like?". But the task of integrating all the
information obtained by the various methods into a coherent and conclusive
picture remains the domain of computer-aided visualization, in form of
interactive inspection of complex three-dimensional scenarios.
So far, molecular visualization focused on representing structure. The
significance of representing the structure itself, however, is about to fade
out as we get more and more interested in interpreting molecular structure
beyond the level of atomic coordinates, to answer questions such as: "How and
why does this particular molecule perform its biological function?" And once
again, molecular visualization is the answering device.
With novel techniques for functional molecular analysis, such as fast surface
generation, property mapping, information filtering or volume rendering, a new
age of molecular visualization and a new role for the supporting hardware
architectures is about to begin. Recent hardware development trends exhibit the
emerging of two distinct strategies with separate but related tasks. On the
high-end, increased troughput and functionality is the goal, to allow for
larger molecular system sizes or longer dynamics runs. At the low-end, the main
focus is to review results obtained by others, to compare, to communicate and
to educate. Information resources such as the world-wide web seem to provide a
fruitful environment for chemical and biological information sharing.
Purpose
The minitrack on "Interactive Molecular Visualization" will highlight the
various aspects of modern molecular graphics techniques and provide a
forum for discussion of visionary ideas and challenging questions, or an
opportunity to present down to the ground solved molecular problems using
original visualization techniques:
- Representations of Structure
- Comparative Structure Analysis
- Combinatorial Model Building
- Molecular Properties
- Volumetric Information
- Surface Geometry
- Molecular Dynamics
- Multi-Media
- 3-D on the Web
- Rendering Toolkits
- Molecular Primitives
- Problem Solving through Visualization
During the sessions, high-end as well as low-end systems will be available for
live demonstrations in front of the audience. In addition, a demo room will be
equipped with systems to load software for interactive discussion during the
breaks.
Paper Submission
All paper submissions will be peer-reviewed, and accepted papers will be
published in an archival proceedings volume. Paper publication is required
for oral presentation. Researchers wishing to present their research without
official publication are encouraged to submit an abstract for the poster or
demonstration sessions.
Deadlines
- Paper submission due July 27, 1995
- Notification of paper acceptance September 11, 1995
- Final paper deadline October 2, 1995
For accellerated review, papers, abstracts and demonstration concepts may be
submitted by referring to a http location that points to the proposed content.
Once this http pointer has been submitted, the pages should no longer be
modified.
To submit papers, abstracts or demonstrations, or for any questions related to
the "Interactive Molecular Visualization" minitrack, please contact the session
co-chairs:
- Dr. Michael Teschner
micha@basel.sgi.com
Silicon Graphics, Inc.
Chemistry Technology Center
Erlenstraesschen 65
4125 Basel, Switzerland
- Chris Henn
henn@basel.sgi.com
Silicon Graphics, Inc.
Chemistry Technology Center
Erlenstraesschen 65
4125 Basel, Switzerland