A conference on numerical analysis and scientific computing
for graduate students and postdocs in the Mid-Atlantic region.
This one-day meeting will start at 10am to allow same-day travel.
It will be held in Room 617 Wachman Hall, Temple University, 1805 North Broad Street, just north of Montgomery Avenue.
It is an opportunity for graduate students and postdocs to present their research, and to meet other researchers.
There will be contributed talks and a poster session.
There is no registration fee, and no support for travel. Lunch will be provided.
We ask every participant to please register in advance, even if they are not planning to give a talk.
Lois Curfman McInnes, Argonne National Laboratory
Scientific software ecosystems and communities: Why we need them and how each of us can help them thrive
Software in high-performance computing (HPC) is a cornerstone of long-term collaboration and scientific progress, but software complexity is increasing due to disruptive changes in computer architectures and the challenges of next-generation science. Thus, the HPC community has the unique opportunity to fundamentally change how scientific software is designed, developed, and sustained—embracing community collaboration toward scientific software ecosystems. This presentation will introduce work in the U.S. Exascale Computing Project, where a varied suite of scientific applications builds on programming models and runtimes, math libraries, data and visualization packages, and development tools that comprise the Extreme-scale Scientific Software Stack (E4S). As an example, we will highlight recent advances in composable solvers in the PETSc library, where innovative algorithms and data structures are helping to achieve scalable performance on extreme-scale architectures. We will also discuss how crosscutting software strategies are increasing developer productivity and software sustainability, thereby mitigating technical risks by building a firmer foundation for reproducible, sustainable science. The presentation will mention complementary community efforts and opportunities for involvement.
If you would like to participate (in any form), please register using the
online registration form.
Deadline for the submission of talks: October 6, 2023.
Click to download a PDF.
Click to download the conference booklet.
|9:15-9:50||Registration and breakfast (provided)|
|10:00-11:00||Presentations (Discretization, Interpolation, Sampling)|
|11:20-12:00||Presentations (Numerical Linear Algebra)|
|12:00-1:30||Posters and lunch (provided)|
|1:30-2:30||Keynote lecture (Lois Curfman McInnes)|
|2:45-3:25||Presentations (Model Reduction)|
|5:30-7:30||Group dinner (attendance optional)|
|Discretization, Interpolation, Sampling|
|Guillaume||Bonnet||Univ. of Maryland, College Park||Monotone discretization of degenerate elliptic equations using Voronoi's first reduction of quadratic forms|
|Richard Connor||Greene||NJIT||Efficient polynomial interpolation on the square and cube|
|Shanyin||Tong||Columbia University||Large deviation theory-based adaptive importance sampling for rare events in high dimensions|
|Numerical Linear Algebra|
|Sarah||Gift||Drexel University||Real factorization of PSD matrix polynomials|
|Andrew James||Higgins||Temple University||Analysis of randomized Householder-Cholesky QR|
|Sean Joseph||Reiter||Virginia Tech||Generalizations of data-driven balancing: What do you need to sample for different balancing-based reduced models?|
|Michael S.||Ackermann||Virginia Tech||Frequency-based reduced order models from purely time-domain data|
|Qinying||Chen||University of Delaware||2D fluid model and simulations for evaporation driven tear film thinning|
|Kiera Eloise||Kean||Temple University||Moment methods for advection on networks and applications in life cycle models|
|Rujeko||Chinomona||Temple University||StaRMAP: Simple, efficient, and flexible simulation software for radiation transport|
|Ahmet Kaan||Aydin||University of Maryland Baltimore County||Several robust model reductions for the boundary feedback stabilization of fully magnetic piezoelectric smart beams|
|Luke||Evans||Flatiron Institute||Target measure diffusion maps: Sharp error analysis and spatial subsampling|
|Gabriel||Provencher Langlois||New York University||Robust sparse regression using Hamilton-Jacobi equations, gradient inclusions and screening rules|
|Jiaxing||Liang||University of Maryland, College Park||Efficient computational algorithms for magnetic equilibrium in a fusion reactor|
|Rishad Islam||Shantho||Lehigh University||Analysis of exact and approximate map for linear systems arising in discretized PDEs|
|Temple University||Swarming and instabilities in multi-agent systems|
Make your own arrangements. Please feel free to contact us for information on accommodation.
Email: naday -at- temple.edu