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Computer Simulation
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Northwest Trajectory Analysis Capability: A Platform for Enhancing Computational Biophysics Analysis
Northwest Trajectory Analysis Capability: A Platform for Enhancing Computational Biophysics Analysis,Elena S. Peterson,Eric G. Stephan,Abigail L. Corr
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Northwest Trajectory Analysis Capability: A Platform for Enhancing Computational Biophysics Analysis
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Elena S. Peterson
,
Eric G. Stephan
,
Abigail L. Corrigan
,
Roberto D. Lins
,
Thereza A. Soares
,
Randall E. Scarberry
,
Stuart J. Rose
,
Leigh K. Williams
,
Canhai Lai
,
Terence J. Critchlow
,
T. P. Straatsma
As computational resources continue to increase, the ability of computational simulations to effectively complement, and in some cases replace, experimentation in scientific exploration also increases. Today, large-scale simulations are recognized as an effective tool for scientific exploration in many disciplines including chemistry and biology. A natural
side effect
of this trend has been the need for an increasingly complex analytical environment. In this paper, we describe Northwest Trajectory Analysis Capability (NTRAC), an analytical software suite developed to enhance the efficiency of computational biophysics analyses. Our strategy is to layer higher-level services and introduce improved tools within the users familiar environment without preventing researchers from using traditional tools and methods. Our desire is to share these experiences to serve as an example for effectively analyzing data intensive
large scale simulation
data.
Published in 2008.
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