BeSTGRID: Developing NZ research infrastructure www.bestgrid.org Nick Jones Director, BeSTGRID Co-DirectoreResearch, Centre for eResearch University of Auckland email@example.com
... was a Pilot $2.5million: Sep 2006 – March 2008 “BeSTGRID aims to enhance e-Research capability in New Zealand by providing the skill base to help the various research disciplines engage with new eResearch services” “BeSTGRID aims to kick start centralised infrastructurewith some capital investment at key institutions” BeSTGRID:intial three years
Successes: within NZ First grid infrastructure in NZ, focused on BioInformatics, with Industry collaboration with BioMatters and New Zealand Supercomputing Centre Implementation of first federated identity management framework in NZ contribution to a multi-sector working group to further evolve identity management across research and education (IMAGER, http://www.morst.govt.nz/current-work/science-infrastructure/imager/) Established the foundations of a shared infrastructure service delivery model across institutions Recognition from MoRST of need for eResearch support, with $4.2M in ‘08/’09 budget for eResearch infrastructure
What did we learn? Change difficult within Institutions Medium to Long term timeframes required with researchers, ITS, SMT, research support units “Final Report: A Workshop on Effective Approaches to Campus Research Computing Cyberinfrastructure” Klingenstein, Morooney, Olshansky. 2006 Collaboration seen as critical yet complex and expensive Working with user communities essential to mutual understand of needs and opportunities, and developing capabilities Need significant capability before international collaborations (and related learning) possible New forms of organisation and support required “Beyond Being There: A Blueprint for Advancing the Design, Development, and Evaluation of Virtual Organization” Cummings, Finholt, Foster, Kesselman, Lawrence. 2008 “The Importance of Long-Term Science and Engineering Infrastructure for Digital Discovery” Wilkins-Diehr, Alameda, Droegemeier, Gannon. 2008 Government and Institutional Investment well below international levels Australia NCRIS: $540M ++ over 5 years alongside State and Institutional investments EU FP7 e-Infrastructure call + National Grid Initiatives + Identity + HPC + Networks in member states US Office of Cyberinfrastructure, NSF, NIH, DoE all funding major Cyberinfrastructure initiatives Education programs lacking Who is training the next generation?
MoRSTeResearchprogramme Review: In Vote RS&T 2008/09, funding was appropriated to develop capability within the Kiwi Advanced Research and Education Network user group to make effective use of KAREN:
Advanced Video Conferencing Collaboration and Support Centre
Key Milestones Winter Retreat 2009 Geo, Bio, Grid strategy workshops – Auckland 29 June – 1 July Spring Retreat 2009 Technical Working Group working session – Canterbury 14 September Strategies and plans Geo and Bio strategy drafts – near completion Initial projects kicking off in parallel National workshop – planning underway for 2010 Coordinating with KAREN, Federated IAM, and others Grid Middleware strategy – Q3 2010
BeSTGRID Winter Retreat 2009 Geoscience WG Middleware WG
Bioscience theme Leadership Dr. Mik Black, Biochemistry Department, University of Otago The Team MikBlack, AnetteBecher, Cris Print, Jack Flanagan, Mike Cooling, Mike Eccles, NeilGemmell, Phil Wilcox, Robert Hickson, George Slim, Mark Gahegan, Nick Jones, Richard Li Research Communities Virtual Institute of Statistical Genetics, MapNet, NZ Genomics Ltd, Centre for Reproduction and Genomics, Auckland Bioengineering Institute, Auckland Cancer Society Research Centre, Bioinformatics Institute Initial Goals – Genetics/Genomics
Storage and management of high-throughput data (e.g., microarray and sequence data).
Distributed analysis of large data sets (analysis via GenePattern).
GenePattern: a platform for integrative genomics GenePattern provides access to a broad array of computational methods used to analyze genomic and proteomic data. It is designed to be easy for computational biologists to add their own analysis and visualizations, which enables access to new computational methods on a regular basis. Imaging Clinical Research Pathology Molecular Biology Slide adapted from Ted Liefeld The Broad Institute of MIT and Harvard
Geoscience theme Leadership Prof. Mark Gahegan, Centre for eResearch, University of Auckland The Team Mark Gahegan, Kevin Buckley, Isabella Cawthorn, Robert Gibb, Niels Hoffmann,FemkeReitsma, Nick Jones, Richard Li, Mik Black Research Communities Invasive species modelling, surface and ground water modelling, ecosystem services modelling, carbon emissions, landcover and landuse databases, drill core integration, taxonomy reconcilliation, nationally significant databases development Initial Goals
Invasive Species Modelling (R on the grid with workflows, mapping)
Surface and Ground Water modelling (Lidar processing and workflows, mapping)
Taxonomy Reconcilliation (Data and Collections Management)
WS Data Paul Grimwood & colleagues, GNS
User Interface: Portal Robert Gibb, Niels Hoffmann, Landcare
Technology (future) Workflow Kepler currently issue with proxies Triana Taverna No spatial components Robert Gibb, Niels Hoffmann, Landcare
Technical Working Group Deliver on needs of Bio and Geo themes Meet monthly, to present and discuss proposals, progress reports, and services and applications deployed Membership Institutions formally contracted to BeSTGRID + collaborators Terms of Reference, Meeting notes, etc on BeSTGRID website http://www.bestgrid.org/index.php/Grid_Technical_Working_Group
What do we have? A good high-speed network with capacity for growth The foundations of a sophisticated infrastructure, some HPC and massive storage silos, Authentication, some grid middleware and basic services (but not nationally coordinated) Good links to e-research development communities: e.g. Australian National Collaborative Research Infrastructure Committee (NCRIS), Argonne (Globus), San Diego Supercomputer Center (SDSC), eScienceUK, UK NGS, OMII-UK (Edinburgh, Manchester)
What next?Aligning with the NZ science community Developing a RIAG bid for a long-term integrated landscape of eResearch including Federated IAM and HPC, as a National eResearch Infrastructure What are the research needs, tools, applications, environments, computing capabilities that we will need in New Zealand, over the next 10 - 20 years? Please get in touch if you would like to include your ideas and needs: firstname.lastname@example.org email@example.com firstname.lastname@example.org