Results

R1 - HPCW
WP1
HPC Weather benchmarking suite. HPCW isolates key elements in the workflow of weather and climate prediction systems to improve performance and to allow a detailed performance comparison for different hardware platforms thus fostering co-design with vendors and technology providers
HPCW
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- Expected TRL: 7/8
- Type of Result: SW / [PROD]
- IPR protection: Copyright
- Who is expected to exploit?: Both ("Me" & "Other")
- How will the Result be exploited?: Further Research activities
- Routes: Licensing - Open Source
- Type of Ownership: Joint
- Ownership:
R25- Docker EC-EARTH
WP1
Containerization of the code EC-EARTH for running climate simulation (comes from AUTOSUBMIT WF manager and EC-EARTH)
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- Expected TRL: 7/8
- Type of Result: SW / [PROD]
- IPR protection: Copyright
- Who is expected to exploit?: "Me" (project Partner)
- How will the Result be exploited?: Creating and marketing a product or process; Further Research activities
- Routes: Licensing - Open Source - Copyleft (i.e. GPL)
- Type of Ownership: Multiple
- Ownership:
R24-Containerization of EC-Earth
WP1
Containerisation is one potential approach to port EC-Earth to new systems, which includes pre-exascale systems. Given that access to tier 0 systems usually comes with severe time constraints and strong focus on actual production runs, container based porting can help to better utilise the assigned resources.
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- Expected TRL: 6
- Type of Result: Documentation / [PROD]
- IPR protection: Copyright
- Who is expected to exploit?: "Me" (project Partner)
- How will the Result be exploited?: Creating and providing a service
- Routes: Licensing - Open source - Copyleft
- Type of Ownership: Multiple
- Ownership:
R2- AUTO-RPE
WP2
Tools to reduce the precision of the variable model automatically from double to single
AUTO-RPE
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- Expected TRL: 5/6
- Type of Result: SW / [PROD]
- IPR protection: Copyright
- Who is expected to exploit?: "Me" (project Partner)
- How will the Result be exploited?: Creating and providing a service
- Routes: "Service Provider Licensing - Open Source"
- Type of Ownership: Individual
- Ownership:
RP3- Automatic Performance Profiling (APP)
WP2
Tools to analise the computational performance of an application automaticaly
Automatic Performance Profiling (APP)
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- Expected TRL: 7/8
- Type of Result: SW / [PROD]
- IPR protection: Copyright
- Who is expected to exploit?: "Me" (project Partner)
- How will the Result be exploited?: Creating and providing a service
- Routes: "Service Provider Licensing - Open Source - Permissive (i.e. Apache, MIT ..) Other"
- Type of Ownership: Individual
- Ownership:
R6- NEMO on GPU
WP2
porting / integration on MN5 and LUMI
NEMO on GPU
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- Expected TRL: 6
- Type of Result: SW / [PROD]
- IPR protection: Copyright
- Who is expected to exploit?: "Me" (project Partner)
- How will the Result be exploited?: Creating and marketing a product or process; Further Research activities
- Routes: Licensing - Open Source - Copyleft (i.e. GPL)
- Type of Ownership: Multiple
- Ownership:
R8- PSyclone
WP2
Use of PSyclone in the NEMO build system. PSyclone is also used by the official NEMO release and it is part of the NEMO build system.
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- Expected TRL: 5
- Type of Result: SW / [PROD]
- IPR protection: Copyright
- Who is expected to exploit?: Both ("Me" & "Other")
- How will the Result be exploited?: Further Research activities
- Routes: Licensing - Open Source - Copyleft (i.e. GPL)
- Type of Ownership: Individual
- Ownership:
R14-FVM
WP2
This is the new dynamical core of ECMWF that will be used for operational weather predictions and climate simulations. The model has been developed outside of ESiWACE but ESiWACE is supporting the porting of the dycore to GPU hardware and heteoregeneous hardware via the GT4Py DSL
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- Expected TRL: 7
- Type of Result: SW / [PROD]
- IPR protection: Copyright
- Who is expected to exploit?: "Me" (project Partner)
- How will the Result be exploited?: Further Research activities
- Routes: Collaborative Research
- Type of Ownership: Individual
- Ownership:
R11-FDO4Climate: Initial Evaluation
WP3
Evaluation of the readiness of published climate simulation output for automated anaysis. High potential because automated analysability of climate data has not been evaluate before and because specifications to enhance/enable machine actionability can be deduced from this work
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- Expected TRL: 4
- Type of Result: Documentation / [SCI]
- IPR protection: N/A
- Who is expected to exploit?: The consortium as a whole
- How will the Result be exploited?: Standardization activities
- Routes: Licensing - Open Source - Permissive (i.e. Apache, MIT ..) Collaborative Research Participation in relevant forums/ standardization groups, etc.
- Type of Ownership: Individual
- Ownership:
R13-Field Compression Library
WP3
The Field Compression Library can be used by scientific groups to explore data compression for weather and climate science
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- Expected TRL: 7
- Type of Result: SW / [PROD]
- IPR protection: Copyright
- Who is expected to exploit?: The consortium as a whole; Both ("Me" & "Other")
- How will the Result be exploited?: Creating and marketing a product or process; Further Research activities
- Routes: "Licensing - Open Source - Copyleft (i.e. GPL) Collaborative Research"
- Type of Ownership: Joint
- Ownership:
R27- Compression-Hackathon
WP3
The application of data compression online as a simple toy model (Lorenz96) is running was explored. Results of the ESiW3 hackathon October 2023.
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- Expected TRL: 3
- Type of Result: SW / [PROD]
- IPR protection: Copyright
- Who is expected to exploit?: "Me" (project Partner)
- How will the Result be exploited?: Further Research activities
- Routes: "Licensing - Open Source - Permissive (i.e. Apache, MIT ..) Collaborative Research"
- Type of Ownership: Multiple
- Ownership:
R30-Online Laboratory for Climate Science and Meteorology
WP3
The Online Laboratory for Climate Science and Meteorology provides a JupyterLab-like environment that has common climate and meteorology packages and libraries preinstalled. Provides researchers an installation-free quick-to-launch Jupyter environment in their web browser (runs entirely inside the user’s webbrowser using WebAssembly) that can be used for running small exper.
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- Expected TRL: 7
- Type of Result: SW / [PROD]
- IPR protection: Copyright
- Who is expected to exploit?: Both ("Me" & "Other")
- How will the Result be exploited?: Creating and providing a service; Further Research activities
- Routes: "Licensing - Open Source - Copyleft (i.e. GPL) Education/ Training activities Collaborative Research Service Provider"
- Type of Ownership: Individual
- Ownership:
R31- Compression Laboratory
WP3
The (field) compression laboratory builds on ECMWF’s field compression library. It provides several Jupyter notebooks that explore data compression for weather and climate data. The notebooks can be run locally or in the Online Laboratory (R30) (https://compression.lab.climet.eu).
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- Expected TRL: 7
- Type of Result: SW / [PROD]
- IPR protection: Copyright
- Who is expected to exploit?: Both ("Me" & "Other")
- How will the Result be exploited?: Further Research activities
- Routes: "Licensing - Open Source - Permissive (i.e. Apache, MIT ..) Education/ Training activities Collaborative Research"
- Type of Ownership: Joint
- Ownership:
R32-Kernel Tuner Ecosystem
WP1/WP2
The Kernel Tuner Ecosystem is a set of tools and libraries to improve the perfrormance of GPU software.
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- Expected TRL: 6
- Type of Result: SW / [PROD]
- IPR protection: N/A
- Who is expected to exploit?: Both ("Me" & "Other")
- How will the Result be exploited?: Further Research activities
- Routes: "Licensing - Open Source - Permissive (i.e. Apache, MIT ..) Collaborative Research Education/ Training activities"
- Type of Ownership: Individual
- Ownership:

Results

Key Exploitable Results (KERs)