Publication type
Poster
Version
1.00
Description

Poster presented at the NSF CSSI / CyberTraining / SCIPE Principal Investigator Meeting, Denver, July 28–29, 2025. 

Describes the Quakeworx science gateway, a production OneSciencePlace deployment for the earthquake-science research community. The Quakeworx gateway unifies simulation apps, curated input and output datasets, interactive and batch workflows, and FAIR publishing into a single browser-based interface, with integration into ACCESS HPC resources including SDSC Expanse, TACC Stampede3, and NCSA Delta.

Included here as a sample publication to demonstrate that the OSP Publications surface supports externally-minted DOIs (this one minted by figshare) alongside internally-minted ones, and to show how a conference poster appears as a cited, indexed artifact on an OSP deployment.
 

Author(s)
Amit Chourasia 1 ;   Yehuda Ben-Zion 2 ;   Ahmed Elbanna 3 ;   Alice-Agnes Gabriel 4

1 . University of California, Los Angeles
2 . USC
3 . University of Illinois Urbana-Champaign
4 . Scripps Institution of Oceanography
Publication date
Sponsors
Funder Name: National Science Foundation
Award: OAC‐2311206
Award URL: https://www.nsf.gov/awardsearch/showAward?AWD_ID=2311206
Funder Name: National Science Foundation
Award: OAC-2311207
Award URL: https://www.nsf.gov/awardsearch/showAward?AWD_ID=2311207
Funder Name: National Science Foundation
Award: OAC-2311208
Award URL: https://www.nsf.gov/awardsearch/showAward?AWD_ID=2311208
Publisher
FigShare
Rights

Poster is redistributed here per the figshare record's license terms.

License
Reference(s)
Chourasia, A., Elbanna, A., Ben-Zion, Y., & Gabriel, A.-A. (2025). Collaborative Research: Frameworks: Quakeworx - An extensible software framework for earthquake simulations. figshare. https://doi.org/10.6084/M9.FIGSHARE.29650706
 
Publication type
Paper
Version
1.00
Description

This paper describes the seven pilot applications deployed on the OneSciencePlace (OSP) pilot platform to demonstrate the platform's support for the four primary research-computing interaction modes: interactive notebooks, batch submission, terminal access, and graphical desktop applications. For each app we describe its purpose, the audience it targets, the OSP capabilities it demonstrates, and the prospective-user scenarios it is designed to support during evaluation.

The pilot app set is deliberately curated rather than exhaustive: it covers Jupyter notebooks across four analytical domains, RStudio tutorials for applied statistics, a form-driven Monte Carlo batch app, two browser-based terminal variants, and two graphical scientific tools (ParaView and QGIS). Each app runs on modest CPU-only resources and completes its representative workflow in under a minute, enabling reliable live-demo scenarios.

This guide is intended as accompanying material for OSP pilot evaluations — prospective users, their institutional sponsors, and reviewers can use it to understand what each pilot app demonstrates and how it maps to their own computational needs.

Author(s)
Amit Chourasia 1

1 . University of California, Los Angeles
Persistent identifier
Persistent Identifier Type: DOI
Persistent Identifier: 10.82383/2ksp-p389
Publication date
Sponsors
Funder Name: National Science Foundation
Award: ACI-1547611
Award URL: https://www.nsf.gov/awardsearch/showAward?AWD_ID=1547611
Publisher
OneSciencePlace
Rights

Regents of California

License
This work is licensed under Creative Commons Zero v1.0 Universal
Reference(s)
OneSciencePlace. (2026). OneSciencePlace platform documentation. Retrieved from https://onescienceplace.org/docs