The DRIHM infrastructure design and projects experience

Andrea Clematis

(IMATI –CNR)

DRIHM is co-Funded by the EC under the 7th Framework Programme, Contract No: RI-28356

DRIHM is aimed to provide a European e-infrastructure for Hydro Meteo research

What is DRIHM

The DRIHM* suite

DRIHM Goals

5

DRIHM in a nutshell Outer: work packages and leaders – Interior: models and data

Project Management

Support, Training

Education

Infrastructure Operation & Management

Data & Resource Management

Application Services Refinement and Implementation

Dissemination Outreach

Application Requirements

Analysis and Services Design

HMR experiment

suites

Policy Management Sustainability

Long Term Vision

6

Probability

Probability

Probability

Ensemble Probability

“Large” Scale

Meteorological

“Small” Scale

Meteorological

Impact

Hydraulic

Hydrologic

CIMA

DRiFt

Ensemble

RainFARM

COSMO-Model

CNRS

Arome EPS

CNRS

Ensemble

Meso-NH

RHMSS

WRF-NMM

Deterministic

HYPROM 2D

HYPROM 1D

RHMSS

WRF-NMM

HBV

Deltares Deltares

SOBEK-FLOW

Delft3D-FLOW

HRW

TELEMAC-2D

Deterministic

Property Damage

UPM Measured Rainfall

Deterministic

RIBS

Deterministic Ensemble

Combining models in DRIHM

DRIHM Unified Interface

Behind the portal: DRIHM Unified Interface Concept

10

Probability

Probability

Probability

Probability

Ensemble

Deterministic

Deterministic

Deterministic

Deterministic

Low Level Interface Components

WRF Meso-NH

TELEMAC

DRiFt RIBS HBV

Behind the portal: DRIHM Distributed Computing

Infrastructure

WPS and

critical case

data repository

Serious run for

meteo models HMR Linux-based

Models

HMR Windows

Models Testbed

Citizen Scientists

and proprietary

software

What happens on the DDCI

The benefits for scientists

Multiple experiments