Award, April 3, 2014 • Invited Talk, Workshop on New Challenges in Scheduling Theory.
Search
“Optimization-based modeling – a new strategy for predictive simulations. Part 1”
Award, May 7, 2011 • Invited Talk, 8th Int. Conf. Large Scale Sci. Comp., June 2011, Sozopol.
2011 National Nuclear Security Administration Defense Programs Award of Excellence
Award, September 1, 2011 • Other external recognition, National Nuclear Security Administration.
2017 Defense Programs Award of Excellence
Award, October 1, 2017 • Other external recognition, National Nuclear Security Administration. Trinity High Performance Computing Team for significant contributions to the Stockpile Stewardship Program
2020 Rising Stars Workshop Supports Women in Computational & Data Sciences
News Article, January 1, 2021 • Rising Stars in Computational & Data Sciences is an intensive academic and research career workshop series for women graduate students and postdocs. Co-organized by Sandia and UT-Austin’s Oden Institute for Computational Engineering & Sciences, Rising Stars brings together top women PhD students and postdocs for technical talks, panels, and networking...
A Locally Conservative, Discontinuous Least-squares Finite Element for the Stokes Equations
Award, July 19, 2011 • Invited Talk, ICIAM 11, Vancouver. Presented at special session on "Advances in locally mass conservative discretizations for fluid flows"
Additive Decomposition of Multiphysics Problems
Award, February 27, 2011 • Invited Talk, 2011 SIAM CS/E Conference.
Adult Hippocampal Neurogenesis: Memory Resolution, Pattern Separation, or Both?
Award, March 12, 2013 • Invited Talk, University of Illinois Urbana Champaign Neuroscience Program.
Adult Hippocampal Neurogenesis: Memory Resolution, Pattern Separation, or Both?
Award, April 10, 2013 • Invited Talk, Boston University Biomedical Engineering.
Advanced Device Technologies
Focus Area • Despite the vast computational power available in today's extreme-scale computing systems, there are still certain types of problems for which that power is inadequate and silicon-based computing devices will likely never be able to solve. Sandia is exploring technologies necessary to enable a new paradigm of computing that goes beyond...
Advanced Memory Technology (AMT)
Project • Under the Advanced Simulation and Computing (ASC) program, computer simulation capabilities are developed to analyze and predict the performance, safety, and reliability of nuclear weapons and to certify their functionality. Historically, the performance of many critical NNSA mission applications have been limited by memory bandwidth and latency. Memory bandwidth has...
Advanced Tri-lab Software Environment (ATSE)
Project • The Advanced Tri-lab Software Environment (ATSE) is an integrated software environment that provides a software ecosystem for leading-edge prototype high-performance computing (HPC) systems. By leveraging vendor software alongside open-source software throughout the stack, ATSE continually pushes forward the computing environment experience for the Advanced Simulation and Computing (ASC) program on...
Advisory Board Membership: National Research Council of the National Academies Standing Committee on Operational Science & Technology Option for Defeating IEDs
Award, January 1, 2011 • Society/professional leadership, Professional Society.
AGILE
Project • The AGILE program aims to achieve significant performance advancements for large-scale data-analytic applications, as well as other classes of data intensive applications. The program seeks to develop new, innovative, energy-efficient, and reliable computer architectures. A fundamental challenge in today’s computer systems is that they struggle to efficiently handle sparse and...
Albany
Project • Albany is an implicit, unstructured grid, finite element code for the solution and analysis of partial differential equations. Albany is the main demonstration application of the AgileComponents software development strategy at Sandia. It is a PDE code that strives to be built almost entirely from functionality contained within reusable libraries (such...
Alegra
Project • The ALEGRA application is targeted at the simulation of high strain rate, magnetohydrodynamic, electromechanic and high energy density physics phenomena for the U.S. defense and energy programs. Research and development in advanced methods, including code frameworks, large scale inline meshing, multiscale lagrangian hydrodynamics, resistive magnetohydrodynamic methods, material interface reconstruction, and code...
Alina Kononov
Staff Page • Quantum Computer Science. Alina develops and applies cutting-edge methods to model excited electron dynamics in materials. Her current projects involve advancing modeling capabilities for warm dense matter and exploring prospects of early fault-tolerant quantum computing for simulating excited electrons. Previously, her doctoral research focused on first-principles modeling of ion-irradiated surfaces...
Allen C. Robinson
Staff Page • Computational Multiphysics. Biography Dr. Allen C. Robinson is a distinguished member of the technical staff at Sandia National Laboratories. Since starting work at Sandia in 1983 his interests have included shaped charge modeling and subsonic jet flow, Rayleigh-Taylor instability in solids and parallel computing for shock physics modeling. He has...
Amelia Henriksen
Staff Page • Senior Member of the Technical Staff. Biography I am a senior member of the technical staff in the machine intelligence and visualization department here at Sandia National Labs. I received my PhD in Computational Science, Engineering and Math from UT Austin in 2021 and went straight to Sandia as the...
Andrew G. Salinger
Staff Page • Computational Sciences & Math. Biography My research involves the integration of technologies to build application codes for the solution and analysis of systems governed by partial differential equations. Currently, my main focus is promoting the software modernization of E3SM, DOE's Earth system model, to improve the quality of the model...
Andrew J Younge
Staff Page • Scalable System Software. Biography Andrew J. Younge is the R&D Manager of the Scalable Computer Architectures department at Sandia National Laboratories. His research interests include high performance computing, virtualization & containers, distributed systems, and energy efficient computing. Andrew currently serves as the PM of Sandia's Vanguard program and contributor to Astra, the...
Anh Tran
Staff Page • Scientific Machine Learning. Biography Anh Tran joined Sandia National Laboratories (Albuquerque, NM) as a postdoctoral appointee in January 2019 and became a staff member at the Center of Computing Research since September 2020. He has worked at the Uncertainty Quantification and Optimization department, as well as the Scientific Machine Learning...
Ann has led, unified and improved national-level Transportation Security Administration (TSA) field research to improve aviation security processes and TSA officer performance.
Award, April 22, 2014 • Internal - employee recognition award, Sandia National Laboratories.
Ann Speed
Staff Page • Cognitive & Emerging Computing. Biography I have been doing research on how to make analysts more effective for several years - mostly in the visual search domain by conducting human subjects experiments in what I call "near operational" environments. I'm also increasingly interested in the overlap, and gap, between laboratory-based...
Anthony Gruber
Staff Page • John von Neumann Fellow. Biography I am a mathematician interested in basic and applied research questions that arise in the contexts of data science, nonlinear partial differential equations, and scientific machine learning. Lately, my focuses are primarily on (1) developing structure-informed surrogate models for the efficient approximation of large-scale systems,...
Results 1–25 of 397