The DRIHM infrastructure
design and projects experience
Andrea Clematis
(IMATI –CNR)
What is DRIHM

DRIHM is co-Funded by the EC under the 7th
Framework Programme, Contract No: RI-28356
DRIHM is aimed to pro...
The DRIHM* suite
DRIHM Goals
DRIHM in a nutshell
Outer: work packages and leaders – Interior: models and data

HMR
experiment
suites

Project
Managemen...
RHMSS

“Large” Scale
Meteorological

WRF-NMM

CIMA

CNRS

COSMO-Model

Deterministic

Arome EPS

Ensemble

WRF-NMM

UPM
Ra...
DRIHM Unified Interface
Behind the portal: DRIHM Unified Interface Concept
WRF
Deterministic

Deterministic

HBV

Deterministic

Meso-NH
Probabili...
Behind the portal: DRIHM Distributed Computing
Infrastructure

WPS and
critical case
data repository

Serious run for
mete...
What happens on the DDCI
The benefits for scientists
Multiple experiments
The DRIHM Infrastructure Design and Projects Experience
The DRIHM Infrastructure Design and Projects Experience
The DRIHM Infrastructure Design and Projects Experience
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The DRIHM Infrastructure Design and Projects Experience

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Distributed Research Infrastructure for Hydro-Meteorology

by Andrea Clematis
(IMATI –CNR)

Published in: Technology, Education
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The DRIHM Infrastructure Design and Projects Experience

  1. 1. The DRIHM infrastructure design and projects experience Andrea Clematis (IMATI –CNR)
  2. 2. What is DRIHM DRIHM is co-Funded by the EC under the 7th Framework Programme, Contract No: RI-28356 DRIHM is aimed to provide a European einfrastructure for Hydro Meteo research
  3. 3. The DRIHM* suite
  4. 4. DRIHM Goals
  5. 5. DRIHM in a nutshell Outer: work packages and leaders – Interior: models and data HMR experiment suites Project Management Infrastructure Operation & Management Data & Resource Management Application Services Refinement and Implementation Application Requirements Analysis and Services Design Support, Training Education Dissemination Outreach 5 Policy Management Sustainability Long Term Vision
  6. 6. RHMSS “Large” Scale Meteorological WRF-NMM CIMA CNRS COSMO-Model Deterministic Arome EPS Ensemble WRF-NMM UPM RainFARM HBV Measured Rainfall Ensemble Deterministic Hydrologic HYPROM 2D Deterministic TELEMAC-2D Deterministic Impact Property Damage Probability DRiFt Ensemble HRW Hydraulic Meso-NH Probability RHMSS “Small” Scale Meteorological CNRS Probability Deltares HYPROM 1D SOBEK-FLOW Ensemble RIBS Deltares Delft3D-FLOW Probability Combining models in DRIHM 6
  7. 7. DRIHM Unified Interface
  8. 8. Behind the portal: DRIHM Unified Interface Concept WRF Deterministic Deterministic HBV Deterministic Meso-NH Probability Ensemble RIBS Probability DRiFt Probability TELEMAC Deterministic Low Level Interface Components Probability 10
  9. 9. Behind the portal: DRIHM Distributed Computing Infrastructure WPS and critical case data repository Serious run for meteo models HMR Linux-based Models Citizen Scientists and proprietary software Testbed HMR Windows Models
  10. 10. What happens on the DDCI
  11. 11. The benefits for scientists
  12. 12. Multiple experiments
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