Poster Number |
Full Name |
Affiliation |
Abstract Link |
Poster Title and Link |
POSTER SESSION 1 |
1 |
Knio, Omar |
Johns Hopkins University |
Abstract Link |
Uncertainty Quantification in MD Simulations: Forward Propagation and Parameter Inference |
2 |
Constantinescu, Emil |
ANL |
Abstract Link |
Physics-based Covariance Models for Processes with Multiple Outputs |
3 |
Archibald, Rick |
ORNL |
Abstract Link |
Extending adaptive sparse grids for stochastic collocation to hybrid architectures |
4 |
Balasundaram, Baski |
Oklahoma State University |
Abstract Link |
Conditional Value-at-Risk Based Approaches to Network Flow, Connectivity and Design Problems Under Uncertainty |
5 |
Greengard, Leslie |
Courant Institute, NYU |
Abstract Link |
A fast direct solver for structured linear systems by recursive skeletonization |
6 |
Nash, Stephen |
George Mason University |
Abstract Link |
Complex Hierarchical Optimization Algorithms for the Design of Nanoporous Materials |
7 |
Chorin, Alexandre |
LBNL |
Abstract Link |
Implicit sampling with applications to filtering and data assimilation |
8 |
Zhang, Jinghe |
University of North Carolina, Chapel Hill |
Abstract Link |
Adaptive Kalman Filtering for Robust Power System State Tracking |
9 |
Draganescu, Andrei |
UMBC |
Abstract Link |
Multigrid Preconditioners for Linear Systems Arising in PDE Constrained Optimization |
10 |
Evans, Katherine |
Oak Ridge National Laboratory |
Abstract Link |
A high-order spectral deferred correction time integration method in the CAM-HOMME atmosphere model |
11 |
Min, Misun |
Argonne National Laboratory |
Abstract Link |
Scaling of PDE Solvers at Exascale |
12 |
Forest, Greg |
UNC Chapel Hill |
Abstract Link |
Constitutively Complex Fluids: Transport Properties and Simulations |
13 |
Goldfarb, Donald |
Columbia University |
Abstract Link |
Fast Alternating Direction Augmented Lagrangian Methods for Solving Convex Optimization Problems |
14 |
Guckenheimer, John |
Cornell University |
Abstract Link |
Numerical Analysis of Multiple Time Scale Dynamical Systems |
15 |
Hagberg, Aric |
Los Alamos |
Withdrawn |
Efficient generation of networks with given expected degrees |
16 |
Hofmeyr, Steven |
LBNL |
Abstract Link |
Modeling Interventions in Complex Networks |
17 |
Narayanan, Sri Hari Krishna |
Argonne National Laboratory |
Abstract Link |
Activity Analysis for Operator Overloading Automatic Differentiation |
18 |
Huang, Zhenyu |
Pacific Northwest National Laboratory |
Abstract Link |
Fusing Models and Data for a Dynamic Paradigm of Power Grid Operations |
19 |
Kevrekidis, Yannis |
Princeton University |
Abstract Link |
Coarse-graining the dynamics of (and on) evolving graphs: algorithms and computations |
20 |
Watson, Jean-Paul |
Sandia National Laboratories |
Abstract Link |
Parallelization Challenges for Scenario-Based Decomposition of Stochastic Programs |
21 |
Lehoucq, Rich |
Sandia National Labs |
Abstract Link |
Mathematical analysis for the peridynamic continuum theory |
22 |
Leyffer, Sven |
Argonne National Laboratory |
Abstract Link |
Designing A New Toolkit for Nonlinear Optimization |
23 |
Lin, Guang |
Pacific Northwest National Laboratory |
Abstract Link |
Multi-Level Dual-Annealing Stochastic Approximation Monte Carlo Algorithm to Optimal Parameter and Uncertainty Estimation for Climate Model Prediction |
24 |
Lu, Shuai |
Pacific Northwest National Laboratory |
Abstract Link |
Real-time Dynamic Model Reduction and Calibration for Electric Power Systems |
25 |
Luskin, Mitchell |
University of Minnesota |
Abstract Link |
An Accurate and Efficient Blended Quasicontinuum Energy |
26 |
Marzouk, Youssef |
Massachusetts Institute of Technology |
Abstract Link |
Bayesian Inference with Optimal Maps |
27 |
Minion, Michael |
University of North Carolina at Chapel Hill |
Abstract Link |
Toward Efficient Parallel in Time Methods for Partial Differential Equations |
28 |
Balaprakash, Prasanna |
Argonne National Laboratory |
Abstract Link |
Model-Based Optimization Algorithms for Empirical Performance Tuning |
29 |
Nicholls, David |
University of Illinois at Chicago |
Abstract Link |
A Boundary Perturbation Method for Recovering Interface Shapes in Layered Media |
30 |
He, Meiyun |
University of Maryland |
Abstract Link |
Infeasible Constraint-Reduced Methods for Quadratic and Semidefinite Optimization |
31 |
Prudhomme, Serge |
The University of Texas at Austin |
Abstract Link |
Coupling Methods for Multiscale Simulations and Adaptive Modeling |
32 |
Petersson, Anders |
LLNL |
Abstract Link |
Stable and efficient modeling of anelastic attenuation in seismic wave propagation |
33 |
Ghanem, Roger |
University of Southern California |
Abstract Link |
Dimension reduction and measure transformation in stochastic simulations
of coupled systems
|
34 |
Phipps, Eric |
Sandia National Laboratories |
Abstract Link |
Embedded Stochastic Galerkin Propagation and Solver Methods via Template-based Generic Programming
|
35 |
Rao, Nageswara |
Oak Ridge National Laboratory |
Abstract Link |
Robustness of Cyber-Physical Network Infrastructures: A Game Theoretic Approach |
36 |
Daniel, Scott |
Univeristy of Washingto |
Abstract Link |
Frequentist Parameter Constraints Through Gaussian Processes: An Alternative to Monte Carlo Markov Chains |
37 |
Lin, Paul |
Sandia Labs |
Abstract Link |
Large-Scale Parallel Performance of Multigrid Preconditioned Multiphysics Simulations |
38 |
Lipnikov, Konstantin |
Los Alamos National Laboratory |
Abstract Link |
M-adaptation |
39 |
Shortle, John |
George Mason University |
Abstract Link |
Rare-event Splitting for Efficient Simulation of Cascading Blackouts |
40 |
Szyld, Daniel |
Temple University |
Abstract Link |
Analytical and Experimental Results for Inexact Methods for Linear and Nonlinear Eigenvalue Problems |
41 |
Hauck, Cory |
Oak Ridge National Laboratory |
Abstract Link |
A Collision-Based Hybrid Method for Multiscale, Linear Transport |
42 |
Tong, Charles |
Lawrence Livermore National Lab |
Abstract Link |
A Study of Hybrid Uncertainty Quantification Methods With An Application to Reaction Diffusion Equations |
43 |
Allard, Bill |
Duke University |
Abstract Link |
Geometric Multi-Resolution Analysis of data sets in high-dimensions |
44 |
Plechac, Petr |
University of Delaware |
Abstract Link |
Parallel kinetic Monte Carlo simulations: algorithms and numerical analysis |
45 |
Walker, Homer |
Worcester Polytechnic Institute |
Abstract Link |
Anderson Acceleration: Theory and Applications |
46 |
Yotov, Ivan |
University of Pittsburgh |
Abstract Link |
Multiscale discretizations for multiphase porous media flow coupled with geomechanics |
47 |
Chen, Jieqiu |
Argonne National Laboratory |
Abstract Link |
Globally Solving Nonconvex Quadratic Programming Problems via Semidefinite Relaxations |
POSTER SESSION 2 |
48 |
Long, Kevin |
Texas Tech University |
Abstract Link |
Fast Computation of Stochastic Transcendentals |
49 |
Hickernell, Fred J. |
Illinois Institute of Technology |
Abstract Link |
Efficient Construction of Surrogates for Computer Experiments with Gradient Information |
50 |
DeMasi, Orianna |
Lawrence Berkeley National Laboratory |
Abstract Link |
A Numerical Study of Three Ensemble Methods |
51 |
May, Sandra |
Courant Institute, NYU |
Abstract Link |
Slope Limiters for Finite Volume Schemes on Non-coordinate-aligned Meshes |
52 |
Berlyand, Leonid |
Penn State, Mathematics Department |
Abstract Link |
Coarse-graining computation of collective swimming in biosuspensions |
53 |
Persson, Per-Olof |
UC Berkeley |
Abstract Link |
Sparse Line-Based Discontinuous Galerkin Discretizations and Efficient Time-Integration |
54 |
Dorr, Milo |
Lawrence Livermore National Laboratory |
Abstract Link |
High-order, Mapped-multiblock, Finite-volume Discretization of Gyrokinetic Systems Near the X Point of a Diverted Tokamak Geometry |
55 |
Debusschere, Bert |
Sandia National Laboratories |
Abstract Link |
Bayesian Quantification of Uncertainty in Systems with Intrinsic Noise |
56 |
Iaccarino, Gianluca |
Stanford University |
Abstract Link |
Gradient-enhanced Adaptive Collocation Methods for Uncertainty Analysis in Wind Energy |
57 |
Xing, Yulong |
Oak Ridge National Laboratory |
Abstract Link |
Positivity preserving well-balanced methods for the shallow water equations |
58 |
Trebotich, David |
LBL |
Abstract Link |
An Adaptive Embedded Boundary Method for Pore Scale Reactive Transport |
59 |
Fann, George |
ORNL |
Abstract Link |
Adaptive Pseudo-Spectral Methods for Sixth Dimensional PDEs |
60 |
Iyengar, Garud |
Columbia University |
Abstract Link |
Energy Aware Scheduling for Weighted Completion Time and Weighted Tardiness |
61 |
Kurien, Susan |
Los Alamos National Laboratory |
Abstract Link |
Aspect-ratio effects on Burger number unity Boussinesq flows |
62 |
Parks, Michael |
Sandia National Laboratories |
Abstract Link |
Enabling Tools for Extreme Scale Computation of Nanoscale Fluids |
63 |
Safro, Ilya |
Argonne National Laboratory |
Abstract Link |
Multiscale Approaches for Network Compression |
64 |
D'Azevedo, Eduardo |
Oak Ridge National Laboratory |
Abstract Link |
Out-of-core algorithms for dense matrix factorization on GPGPU |
65 |
Kamath, Chandrika |
LLNL |
Abstract Link |
Dimension Reduction Techniques for Identifying Relevant Data Streams |
66 |
Tesdall, Allen |
City University of New York, College of Staten Island |
Abstract Link |
High Resolution Solutions for the Supersonic Formation of Shocks in Transonic Flow |
67 |
Kolda, Tamara |
Sandia National Laboratories |
Abstract Link |
Tensor Factorizations for Sparse Data |
68 |
Linderoth, Jeff |
University of Wisconsin-Madison |
Abstract Link |
Effective Disjunctive Cuts for Convex Mixed Integer Nonlinear Programs |
69 |
Wan, Xiaoliang |
Louisiana State University |
Abstract Link |
An adaptive high-order minimum action method |
70 |
Lindstrom, Peter |
Lawrence Livermore National Laboratory |
Abstract Link |
Reducing Data Movement using Cache-Oblivious Layouts |
71 |
Perez, Danny |
Los Alamos National Laboratory |
Abstract Link |
Generalizations of the Parallel Replica Dynamics method for long-timescale atomistic simulations |
72 |
Meidani, Hadi |
University of Southern California |
Abstract Link |
Random transitions and eigenvalues for modeling demand and stability for the Smart Grid |
73 |
Mehrotra, Sanjay |
Northwestern University |
Abstract Link |
An Interior Decomposition Algorithm for Two-Stage Stochastic Convex Program, and Integration Formulae and Scenario Generation via Optimization
|
74 |
Wild, Stefan |
Argonne National Laboratory |
Abstract Link |
Optimal Derivatives of Noisy Simulations |
75 |
Godinez, Humberto C. |
Los Alamos National Laboratory |
Abstract Link |
Data Assimilation in Multiscale Systems |
76 |
Nocedal, Jorge |
Northwestern University |
Withdrawn |
Dynamic Sample Size Selection in Optimization Methods for Machine Learning |
77 |
Seleson, Pablo |
University of Texas at Austin |
Abstract Link |
Peridynamics as a Multiscale Material Model |
78 |
Bremer, Peer-Timo |
Lawrence Livermore National Laboratory |
Abstract Link |
Analysis and Exploration of High Dimensional Landscapes of Simulation Ensembles for Uncertainty Quantification |
79 |
Carr, Robert |
Sandia National Laboratories |
Abstract Link |
Approximating a 2-edge-connected subgraph problem |
80 |
Wildey, Tim |
Sandia National Laboratories |
Abstract Link |
A Posteriori Error Analysis of Stochastic Differential Equations Using Polynomial Chaos Approximations |
81 |
Pinar, Ali |
Sandia National Labs |
Abstract Link |
Models for Generating Large Realistic Graphs |
82 |
Saad, Yousef |
Univ. of Minnesota |
Withdrawn |
Multilevel preconditioners for indefinite linear systems |
83 |
Schneider, Jeff |
Carnegie Mellon University |
Abstract Link |
Machine Learning to Recognize Phenomena in Large Scale Simulations |
84 |
Shanbhag, Uday |
UIUC |
Abstract Link |
Decomposition and Sampling Methods for Stochastic Variational Inequalities |
85 |
Shashkov, Mikhail |
XCP-4, LANL |
Abstract Link |
ReALE - Reconnection-based MUltimaterial Arbitrary Lagrangian-Eulerian Method |
86 |
Shu, Chi-Wang |
Brown University |
Abstract Link |
Positivity-preserving High-Order Runge-Kutta Discontinuous Galerkin Schemes with Applications to Shallow Water Equations |
87 |
Tartakovsky, Daniel |
University of California, San Deigo |
NO DOCUMENT |
PDF Methods for Uncertainty Quantification in Diffusion-Reaction Systems |
88 |
Iaccarino, Gianluca |
Stanford University |
Abstract Link |
High Performance Embedded Hybrid Methodology for Uncertainty Quantication in Multi-physics Problems |
89 |
VASSILEVSKI, PANAYOT |
LLNL |
Abstract Link |
Construction and properties of coarse discretization spaces by algebraic multigrid |
90 |
Clawson, Keith |
Washington State University |
Abstract Link |
Geomtric Signatures for Fast Shape Processing |
91 |
Constantine, Paul |
Sandia National Laboratories |
Abstract Link |
Non-intrusive Reduced Order Modeling: Interpolating Parameterized Simulation Results |
92 |
Keyfitz, Barbara |
The Ohio State University |
Abstract Link |
Shock Formation at the Sonic Line |
93 |
Widlund, Olof |
Courant Institute |
Withdrawn |
Advances on Domain Decomposition Algorithms for H(curl) Problems |
94 |
Ghattas, Omar |
University of Texas at Austin |
Abstract Link |
Uncertainty Quantification for Inverse Ice Sheet Dynamics |
95 |
Alldredge, Graham |
University of Maryland |
Abstract Link |
Advanced Optimization Techniques for Entropy-Based Moment Closures |
96 |
Xu, Jinchao |
Penn State University |
Abstract Link |
A Scalable Numerical Approach to the Solution of MHD Systems |
97 |
Bailey, David |
Lawrence Berkeley National Laboratory |
Abstract Link |
Classifying Parallel Computation with Network Theory and Machine Learning. |