The ITAPS Team

The Interoperable Technologies for Advanced Petascale Simulations center comprises researchers from nine institutions including six DOE laboratories (Argonne, Brookhaven, Lawrence Livermore, Oak Ridge, Pacific Northwest, and Sandia) and three universities ( Rensselaer Polytechnic Institute SUNY Stony Brook, and University of British Columbia). The PI of the ITAPS center is Lori Diachin (LLNL) who is supported by an executive committee consisting of the technical leads for each area of research and the institutional points of contact.

ITAPS Institutional Roles

Argonne National Laboratory. Argonne works on shape optimization for accelerator applications, parallel mesh generation, deforming geometries, dynamic services, open source geometry, mesh-to-mesh transfer, parallel mesh and field interfaces.

Brookhaven National Laboratory. Brookhaven works with accelerator and fusion scientists, parallel AMR front tracking, conservative front tracking, and interface definition.

Lawrence Livermore National Laboratory. LLNL works on parallel mesh quality improvement tools, compatibility with VisIt, mesh I/O, mesh-to-mesh transfer, and parallel mesh interface definition. LLNL works with accelerator and fusion scientists.

Oak Ridge National Laboratory. ORNL works with climate scientists, on parallel mesh-to-mesh transfer, parallel AMR

Pacific Northwest National Laboratory. PNNL works with groundwater application scientists and work on parallel mesh generation and adaptivity combined with front tracking

Rensselear Polytechnic Institute. RPI collaborates with accelerator and fusion scientists, and work on parallel solution adaptive loops, dynamic services, parallel mesh and field interface, and mesh-to-mesh transfer.

Sandia National Laboratories. SNL works on the parallel mesh interface, mesh quality improvement algorithms and software, and partitioning services

State University of New York, Stony Brook. SUNY Stony Brook collaborates with fusion and groundwater scientists, and work on parallel AMR front tracking and the mesh and geometry interfaces

University of British Columbia. UBC works on parallel mesh generation and swapping algorithms and the parallel mesh and field interface.

ITAPS People

NameInstitutionPhoneEmailExpertise
Ed D'Azevedo ORNL 865-576-7925 e6d@ornl.gov Mesh generation
Valmor de Almeida ORNL 865-241-2906 dealmeidav@ornl.gov Adaptive meshes, discretization
Karen Devine SNL 505-845-7585 kddevin@sandia.gov Partitioning Algorithms
Lori Diachin (PI) LLNL 925-422-7130 diachin2@llnl.gov Mesh quality improvement
Brian Fix SUNY SB brian@ams.sunysb.edu Front-tracking w/ AMR
Jim Glimm BNL/SUNY SB 631-632-8355 glimm@ams.sunysb.edu Front-tracking
Martin Isenburg LLNL 925-424-5912 isenburg1@llnl.gov Mesh Quality Improvement
Ken Jansen RPI 518-276-6755 kjansen@scorec.rpi.edu Adaptive Mesh, discretization, HPC Algs
Ryan Kaufman SUNY Stony Brook 631-632-8354 rykauf@gmail.com Front-tracking
Ahmed Khamayseh ORNL 865-241-4624 khamaysehak@ornl.gov Mesh generation and quality, mesh-to-mesh transfer
Patrick Knupp SNL 505-284-4565 pknupp@sandia.gov Mesh quality improvement
Jason Kraftcheck U. Wisconsin (ANL) 608-265-3953 kraftche@cae.wisc.edu Software design, mesh quality improvement
Vitus Leung SNL 505-844-1896 vjleung@sandia.gov Partitioning
Xiaolin Li SUNY SB 631-632-8353 linli@ams.sunysb.edu Front-tracking
Xiaojnan Luo RPI 518-276-6409 xluo@scorec.rpi.edu Adaptive algorithms, high order meshes
Mark Miller LLNL 925-423-5901 miller86@llnl.gov Mesh file formats, visualization
Carl Ollivier-Gooch UBC 604-822-1854 cfog@mech.ubc.ca Mesh generation, swapping, discretization, software eng
Roman Samulyak BNL 631-344-3304 rosamu@bnl.gov Front-tracking, discretization
Mark Shephard RPI 518-276-8044 shephard@scorec.rpi.edu Adaptive and high order meshes, CAD geom, HPC algs
Tim Tautges ANL 608-263-8485 tautges@mcs.anl.gov Mesh generation, CAD geom, software engineering
Harold Trease PNNL 509-375-2602 het@pnl.gov Mesh generation, HPC algs, discretization