1 / 6

SciDAC Software Infrastructure for Lattice Gauge Theory

This document outlines the proceedings from the All Hands Meeting at BNL on March 26, 2004, focusing on the advancements and challenges in software development for Lattice Gauge Theory within the SciDAC initiative. Key participants, including UK collaborators, reviewed ongoing projects involving optimized Dirac operators, inverters, and various levels of QCD operations and message passing. Future tasks emphasized standardizing QMP on QCDOC, enhancing runtime environments, and addressing algorithmic improvements for better performance on high-budget hardware installations.

cher
Télécharger la présentation

SciDAC Software Infrastructure for Lattice Gauge Theory

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. SciDAC Software Infrastructurefor Lattice Gauge Theory Richard C. Brower All Hands Meeting BNL March 26, 2004 http://www.lqcd.org/scidac

  2. Participants in Software Project (UK Peter Boyle & Balint Joo ) * Software Coordinating Committee

  3. Optimised for P4 and QCDOC Optimised Dirac Operators, Inverters Level 3 QDP (QCD Data Parallel) Lattice Wide Operations, Data shifts Level 2 QLA (QCD Linear Algebra) Exists in C/C++ Level 1 QMP (QCD Message Passing) Exists in C/C++, implemented over MPI, QCDOC, M-VIA for gigE SciDAC Software Structure QIO Binary Data Files/XML Metadata

  4. Critical Tasks for Next Six Months • Nail down QMP Standard on QCDOC • Interface to Level 3 Inverters/Asqtad Force • Opt: MILC/QDP , Chroma/QDP++ , CPS • Uniform Queuing/Scripting/File Management

  5. Isomorphic to Yesterday’s Software Agenda Agenda: I. Code Benchmarks & Acceptance for QCDOC: MILC/Asqtad : Chroma/Wilson II. QMP Modifications and Extensions III. Runtime Environment (Subcommittee: Holmgren, Petrov, Watson) Uniform Scripts/Batch/File System IV. QCDML I/0 Routines: (DeTar) QCDML ILDG metadata (Edwards/Simone) ILDG middleware (DeTar Moderate)

  6. Two Questions • For a $5 Million Hardware Installation: 20% Faster Algorithms +$1 Million Hardware What fraction of Hardware Budget should be in Software and Algorithmics R&D? • Goal of “Lattice Field Theory” Project: All 4-d Quantum Field Theory and Matrix QM.y How SHOULD Name and Program reflect this agenda for Theoretical Physics? (y e.g. SM/SUSY/EFF FIELD THEORIES or MODELS/LargeN/STRINGS ...)

More Related