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Molecular dynamics / Molecular modelling / Stochastic differential equation / Economic model / Damping / Normal distribution / Least squares / Statistics / Stochastic processes / Computational chemistry


Numerical Methods for Modeling Atomistic Trajectories with Diffusion SDEs Christopher P. Calderon † , Josue G. Martinez§ , Raymond J. Carroll§ , and Danny C. Sorensen †∗ †
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Document Date: 2008-08-22 15:53:00


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File Size: 2,07 MB

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College Station / /

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Data Bank / /

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United States / /

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Texas A&M University / Rice University / /

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singlemolecule systems / nanoscale engineering applications / proper energy minimization / forced single-molecule systems / time dependent protocol / machine learning algorithm / The free energy landscape / energy path / fixed control protocol / steps energy minimization / biological systems / post-processing methods / numerical tools / scale systems / free energy surface / constant velocity protocol / computational tools / time inhomogeneous systems / unconstrained time homogeneous systems / /

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Rice University / Houston / Department of Statistics / Department of Computational and Applied Mathematics / Texas A&M University / /

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Danny C. Sorensen / Raymond J. Carroll / Josue G. Martinez / Bt / Christopher P. Calderon / Ai / /

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Sonim XP1 Cellular Phone / /

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D / C / K / /

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Texas / /

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time dependent protocol / machine learning algorithm / fixed control protocol / constant velocity protocol / ATM / simulation / /

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