[Simbiosnews] Pilot project funding opportunity,
new muscle wrapping algorithm and more
Joy P. Ku
joyku at stanford.edu
Thu Jul 5 22:03:46 PDT 2012
>> Simbios Research Highlight
Faster, More Accurate Computation of Muscle Paths for Musculoskeletal
Simulations
Muscles play an important role in movement, and how they are modeled in a
simulation can affect both the simulation's accuracy and performance. One
way to represent muscles is to use a line (a muscle path). Simbios
postdoctoral fellow Ian Stavness has developed a faster, more accurate,
more flexible method for generating muscle paths around multiple,
potentially complex shapes. Learn more about muscle paths and Dr.
Stavness' new formulation for determining them in our latest video posted
at http://simbios.stanford.edu.
>> Simbios News
<http://biomedicalcomputationreview.org/> New Issue of Biomedical
Computation Review:
<http://biomedicalcomputationreview.org/> Meet the Skeptics - Why Some
Doubt Biomedical Models
In our summer issue, learn why some doubt biomedical models and what it
takes to win them over. Plus: the role of computation in tuberculosis
and more
>> Upcoming Events and Opportunities
<http://bit.ly/ypYq8w> Job Opening: Software Engineer for High
Performance Molecular Dynamics
Join the OpenMM and Folding at Home team developing new algorithms and high
performance computing applications for molecular dynamic simulations
<http://si.nbcr.net/> National Biomedical Computation Resource Summer
Institute 2012
Training opportunities in computer-aided drug discovery, mesoscale
modeling, and computational cardiac electrophysiology and mechanics
July 30-Aug 3, 2012; UC San Diego, La Jolla, California
Application Deadline: July 15, 2012
<http://opensim.stanford.edu/support/pilot.html> OpenSim/NCSRR Pilot
Project Program
Up to $25,000 in total costs available for projects that accelerate the
use of simulation in rehabilitation research
Application Deadline: August 31, 2012
<http://simbios.stanford.edu/MDWorkshop.htm> Rapid Molecular Dynamics
Simulations and Prototyping on GPUs Workshop:
An Intro to the OpenMM Application
September 6-7, 2012; Stanford University, Stanford, California
Simbios <http://simbios.stanford.edu/> is the NIH-funded center on
physics-based simulations of biological structures, supported through
grant U54 GM072970 as part of the National Centers for Biomedical
Computing <http://ncbcs.org/> .
_______________________________________________
Joy P. Ku, PhD
Director, Simbios
<http://simbios.stanford.edu> http://simbios.stanford.edu
Director of Communications & Training,
National Center for Simulation in Rehabilitation Research
<http://opensim.stanford.edu> http://opensim.stanford.edu
(W) 650.736.8434, (F) 650.723.7461
Email: <mailto:joyku at stanford.edu> joyku at stanford.edu
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