Original SCOPED project logo NSF CSSI  /  SCOPED

Seismic research, connected.

SCOPED (Seismic Computational Platform for Empowering Discovery) brings open-source seismic software and research workflows to hybrid cloud and high-performance computing environments.

Mission

Supporting research across seismic data, cloud and HPC

SCOPED connects open-source seismic workflows and research computing to make data-intensive analysis and numerical modeling more accessible to the seismology community.

Platform overview

Science and cyberinfrastructure

SCOPED science overview connecting seismic data, HPC and cloud computing to wavefield simulation, data analysis, Earth structure and evolution, and seismic source monitoring
Seismic data, computing and science applications
SCOPED platform schematic with users, the Tapis Gateway, containers, computing applications, laptops, HPC clusters, cloud resources, SeismoDB, SCOPED Data Archive, and external data facilities
SCOPED computing and data architecture
Funding acknowledgment

NSF CSSI support

SCOPED was supported by NSF CSSI (Cyberinfrastructure Systems for Scientific Innovation) awards to the following institutions:

Open science

Resources & software

Discover the SCOPED infrastructure and software used in the project's research and workshops.

Project team

A collaboration across five institutions

University of Alaska Fairbanks Carl Tape
Colorado School of Mines Ebru Bozdag
University of Washington Marine Denolle
Columbia University Felix Waldhauser
The University of Texas at Austin Ian Wang · Wenyang Zhang
See the full People page
Author's picture

SCOPED Team

SCOPED is an NSF-funded project and part of the NSF CSSI program. The SCOPED project goal is to establish a novel hybrid cloud+HPC computational platform for use by the broader scientific community that combines large-scale processing and modeling of seismic data with a suite of open-source seismic codes.

USA