CSDMS and the Terrestrial World: Looking Back, Looking Forward

Slides:



Advertisements
Similar presentations
Supporting education and research Repositories in Context Digital repositories as components of an integrated infrastructure for education Leona Carpenter.
Advertisements

Conservation Action Planning Key Capacity Factors for Achieving Lasting Results.
Joint CASC/CCI Workshop Report Strategic and Tactical Recommendations EDUCAUSE Campus Cyberinfrastructure Working Group Coalition for Academic Scientific.
N A T I O N A L N U C L E A R S E C U R I T Y A D M I N I S T R A T I O N O F F I C E O F D E F E N S E P R O G R A M S Fusion Ignition and Stockpile Stewardship.
ARCS Data Analysis Software An overview of the ARCS software management plan Michael Aivazis California Institute of Technology ARCS Baseline Review March.
Thee-Framework for Education & Research The e-Framework for Education & Research an Overview TEN Competence, Jan 2007 Bill Olivier,
SUNYConnect Strategic Directions The next five years Carey Hatch SUNY Office of Library and Information Services.
Surface Process Modeling: Applying the CSDMS Modeling Tool GEOG5700: Course Scope Irina Overeem CSDMS-Community Surface Dynamics Modeling System University.
CSDMS Modeling Tool Introduction Run & Couple Surface Dynamics Models By Irina Overeem,October, 2010.
CSDMS Update, 2009 Cyber effort to develop, integrate, disseminate & archive software & supporting data, able to simulate the movement of fluids, sediment.
The Tower Hotel, November 26, 2009 Research Data Management Infrastructure Programme Launch Event SUpporting Data Management Infrastructure for the Humanities.
Fall 2009 CSDMS WG Update James Syvitski CSDMS Integration Facility Boulder CO.
CCSM Software Engineering Coordination Plan Tony Craig SEWG Meeting Feb 14-15, 2002 NCAR.
Carbonate FRG in CSDMS 2.0 Strategy from 2013 onwards.
AMPORF Common Modeling Platform Consolidated Travel Model Software Platform Development & Enhancement Guy Rousseau Atlanta Regional Commission 2014 AMPO.
The Community Surface Dynamics Modeling System develops, integrates, archives & disseminates software to define the earth’s surface dynamics James Syvitski,
What is Cyberinfrastructure? Russ Hobby, Internet2 Clemson University CI Days 20 May 2008.
Software Reusability An efficient way in Software Development By Tejaswi Peesapati
Russ Hobby Program Manager Internet2 Cyberinfrastructure Architect UC Davis.
Finding Partners, Creating Impact Rusty Low Poles Together Workshop NOAA Boulder, CO July 20-22, 2005.
Infrastructures for Social Simulation Rob Procter National e-Infrastructure for Social Simulation ISGC 2010 Social Simulation Tutorial.
March 31, 1998NSF IDM 98, Group F1 Group F Multi-modal Issues, Systems and Applications.
Cole David Ronnie Julio. Introduction Globus is A community of users and developers who collaborate on the use and development of open source software,
Funding: Staffing for Research Computing What staffing models does your institution use for research computing? How does your institution pay for the staffing.
1 Introduction to Cognitive systems Perception, indexing and communication for images and video Marc Berthod.
WMT The CSDMS Web Modeling Tool Mark Piper Eric Hutton Irina Overeem
Cyberinfrastructure Overview Russ Hobby, Internet2 ECSU CI Days 4 January 2008.
Synnogy fuel cells UK The UK Industry View FINANCING THE HYDROGEN REVOLUTION SYNNOGY LTD 1 Aldwincle Road, Thorpe Waterville, Northants, NN14 3ED T: 0044.
1 Industry Advisory Council’s Enterprise Architecture Shared Interest Group (IAC EA SIG) Collaborative Approach to Addressing Common Government- Industry.
1/30/2003 Los Alamos National Laboratory1 A Migration Framework for Legacy Scientific Applications  Current tendency: monolithic architectures large,
12 th Meeting of the GBIF Participant Nodes Committee 6-7 October 2013, Berlin, Germany Towards a generic work programme for a Node Olaf Bánki Senior Programme.
C_ITIP211 LECTURER: E.DONDO. Unit 1 : The Systems Development Environment.
Geoffrey Fox Panel Talk: February
Coach Route Searching System
Sustainability of EMI Results
CI Updates and Planning Discussion
Vision for a Research Presence
H2020, COEs and PRACE.
MIRACLE Cloud-based reproducible data analysis and visualization for outputs of agent-based models Xiongbing Jin, Kirsten Robinson, Allen Lee, Gary Polhill,
E-Research Coordinating Committee report to CAUL
Building a CMMI Data Infrastructure
The ESS vision, ESSnets and SDMX
ICT PSP 2011, 5th call, Pilot Type B, Objective: 2.4 eLearning
IR implementation at the University of Venda, South Africa
Software Life Cycle “What happens in the ‘life’ of software”
Building a CMMI Data Infrastructure
Tools and Services Workshop Overview of Atmosphere
Terrestrial Working Group Meeting, February 2-3, 2009
Research objectives of Thales R&T in embedded HPC and MPC domains
CS 501: Software Engineering Fall 1999
Cognitus: A Science Case for HPC in the Nordic Region
ESMF Governance Cecelia DeLuca NOAA CIRES / NESII April 7, 2017
Launch of Towards 2020 GWP Strategy.
Research Data at TU Delft
Eclipse Database Plug-ins
Preliminary 2017 Goals CAC Meeting David R. Bobbitt, MSc, MBA
NEIC Competence Development Project
Good Morning/Afternoon/Evening
Department of Intelligent Systems Engineering
Three Uses for a Technology Roadmap
Briefing to ARL Membership
Giuliano Amerini Unit E6 (Transport)
Gpsc Resource team modalities
Re- engineeniering.
Contributing source code to CSDMS
WP3 Case Management Systems
Organizing Pop-ups and Breakout Groups
OpenDP: A Pitch for a Community Effort
Governance of Digital Government: The case of Italy
Presentation transcript:

CSDMS and the Terrestrial World: Looking Back, Looking Forward CSDMS annual meeting, March 2013

Original goals of CSDMS From the 2008 Strategic Plan:

Model and Educational Repositories Model repository: 166 models, 54 tools http://csdms.colorado.edu/wiki/Models_all Education repository: movies, labs, lectures, images: http://csdms.colorado.edu/wiki/Movies_portal Data repository: http://csdms.colorado.edu/wiki/Data_download

Supercomputer: Beach

CSDMS Modeling Framework Design, architecture, and cyber-infrastructure for plug-and-play coupling of models Different languages HPC support GUI interface: CMT Rapid idea generation, exploration, and hypothesis testing

Example of CSDMS modeling framework: coupling CHILD (landscape evolution) and SedFlux (deltaic deposition) Source-to-sink model combining CHILD and SedFlux components (courtesy of Eric Hutton)

Making “plug and play” a reality: the Basic Model Interface (BMI)

Building a Culture of Practice: Community Moving Toward “Best Practices” such as: Making open source code Sharing Using version control Using model identification (DOI’s) Writing good documentation Implementing standard interfaces (BMI) Using unit tests and regression tests

Funding agencies supporting computational science; examples: NSF EarthCube NSF Software Infrastructure for Sustained Innovation (SI2)

Some needs and next steps Building and contributing fully-compatible components: “growing the library” Benchmarking, testing, calibrating, and comparing models Using CSDMS technology to do cutting-edge science

Role of Terrestrial Working Group GUIDE CSDMS CONTRIBUTE to CSDMS USE CSDMS

Tasks for this meeting Formulate long-term, short-term, and medium-term goals for strategic plan Nominate model(s) for full inclusion in CSDMS modeling framework Discuss “theme teams”

Agenda and google document for our breakout https://docs.google.com/document/d/15xy2mkn-Yu7g0wRDtTHYMQDGOHpfKZNqG_A355dywxw/edit?pli=1