Weather and climate prediction on next generation supercomputers

Workshop theme

Satellite Meeting at the Met Office

Ever increasing model complexity and more and more complex scientific questions are demanding higher resolution and wider process coverage. This leads to a seemingly insatiable appetite for computational resources amongst the weather and climate modelling community. This significant challenge is elevated to a new magnitude if combined with the pressures and requirements of operational centres with regard to reliability of the compute platforms, models and scientific quality of the results. This appetite can potentially be sated by the next generation of supercomputers with their step change in core counts and use of accelerators. But utilisation of these new machines demands a step change in the scalability of the code and in parts major rewrites of existing code and formulations.

This workshop aims at bringing together key players of the academic, operational NWP/climate and high performance computing communities. This meeting will address the problems, challenges and predictions for the future in order to guide development and raise awareness for limits ahead and possible routes for their mitigation, enabling future collaborations and joint developments.

The main topics to be covered are:

State of the art in weather and climate modelling, where we came from and where we want to go
Discretisations, equation-sets, grids and solvers for the resulting systems
Operational aspects of weather and climate modelling
Computational trends, limiters and opportunities

Addittionally, there will be ample time for contributed talks from workshop participants. Please email markus.gross[at]metoffice.gov[dot]uk to submit title and abstract of contributed talks no later than July 2012.

The application is closed

Timetable

Monday 22nd October 2012
12:35 to 13:30	Welcome and Opening	Admin Office [UNAVAILABLE]
13:30 to 14:15	The Dynamical Core of the Met Office Unified Model: the challenge of future supercomputer architectures	Admin Office [UNAVAILABLE]
14:15 to 14:40	Development of the next generation SLAV global atmospheric model	Admin Office [UNAVAILABLE]
14:40 to 15:10	Afternoon Coffee	Admin Office [UNAVAILABLE]
15:10 to 15:55	ECMWF's roadmap for non-hydrostatic modelling, existing and future challenges and recent progress in solving these	Admin Office [UNAVAILABLE]
16:00 to 16:25	A cell-integrated SLSI shallow-water model with conservative and consistent mass and scalar mass transport	Admin Office [UNAVAILABLE]
16:25 to 16:45	Afternoon Tea	Admin Office [UNAVAILABLE]
16:45 to 17:20	G8 ECS: Enabling climate simulation at extreme scale	Admin Office [UNAVAILABLE]
17:30 to 18:30	Welcome reception	Admin Office [UNAVAILABLE]

Tuesday 23rd October 2012
09:30 to 10:05	The ICON model and its relationship to the ICOMEX project	Admin Office [UNAVAILABLE]
10:05 to 10:40	Jones and Jacobsen "Can Models Built upon Unstructured Grids be Computationally Competitive on Emerging High-Performace Architectures?	Admin Office [UNAVAILABLE]
10:40 to 11:00	Morning Coffee	Admin Office [UNAVAILABLE]
11:00 to 11:45	Limited area model weather prediction using COSMO with emphasis on the numerics of dynamical cores (including some remarks on the NEC vector supercomputer)	Admin Office [UNAVAILABLE]
11:45 to 12:10	A primal-dual mixed finite element method for accurate and efficient atmospheric modelling on massively parallel computers	Admin Office [UNAVAILABLE]
12:10 to 12:35	Time-parallel algorithms for weather prediction and climate simulation	Admin Office [UNAVAILABLE]
12:35 to 13:30	Lunch	Admin Office [UNAVAILABLE]
13:30 to 14:15	Addressing unstructuredness and hardware and software divergence	Admin Office [UNAVAILABLE]
14:15 to 14:40	Development of a Nonhydrostatic Unified Atmospheric Model (NUMA) on Multi-Core and Many-core Computer Architectures	Admin Office [UNAVAILABLE]
14:40 to 15:10	Afternoon Coffee	Admin Office [UNAVAILABLE]
15:10 to 15:55	tba	Admin Office [UNAVAILABLE]
16:00 to 16:25	Fully automatic adjoints: a robust and efficient mechanism for generating adjoint dynamical cores	Admin Office [UNAVAILABLE]
16:25 to 16:45	Afternoon Tea	Admin Office [UNAVAILABLE]
16:45 to 17:20	On the Development of Implicit Solvers for Time-Dependent Systems	Admin Office [UNAVAILABLE]

Wednesday 24th October 2012
09:30 to 10:05	Cube-based atmospheric GCMs at CSIRO	Admin Office [UNAVAILABLE]
10:05 to 10:40	Quadtree-adaptive global atmospheric modelling on parallel systems	Admin Office [UNAVAILABLE]
10:40 to 11:00	Morning Coffee	Admin Office [UNAVAILABLE]
11:00 to 11:45	High resolution and variable resolution capabilities of the Community Atmosphere Model (CAM) with a spectral finite element dynamical core	Admin Office [UNAVAILABLE]
11:45 to 12:10	Evaluating Variable-Resolution CAM-SE as a Numerical Weather Prediction Tool	Admin Office [UNAVAILABLE]
12:10 to 12:35	A prototype model for coupled simulations of regional climate suitable for massively parallel architectures	Admin Office [UNAVAILABLE]
12:35 to 13:30	Lunch	Admin Office [UNAVAILABLE]
13:30 to 14:15	Earth system modeling strategies on extreme scale architectures	Admin Office [UNAVAILABLE]
14:15 to 14:40	Scalability of Elliptic Solvers in Numerical Weather and Climate Prediction	Admin Office [UNAVAILABLE]
14:40 to 15:10	Afternoon coffee	Admin Office [UNAVAILABLE]
15:10 to 15:55	Parallel Algorithm for Spherical Delaunay Triangulations and Spherical Centroidal Voronoi Tessellations	Admin Office [UNAVAILABLE]
16:00 to 16:25	Multilevel Markov-Chain Monte Carlo Methods for Large Scale Problems	Admin Office [UNAVAILABLE]
16:25 to 16:45	Afternoon tea	Admin Office [UNAVAILABLE]
16:45 to 17:20	Meeting the Challenge of Many-core Architectures in Weather and Climate Models	Admin Office [UNAVAILABLE]
19:30 to 22:00	Workshop dinner	Admin Office [UNAVAILABLE]

Thursday 25th October 2012
09:30 to 10:05	Porting and optimisation of the Met Office Unified Model on Petascale architectures	Admin Office [UNAVAILABLE]
10:05 to 10:30	Adaptivity using moving meshes	Admin Office [UNAVAILABLE]
10:30 to 10:55	Adaptive mesh refinement for a 2D unified continuous/discontinuous Galerkin Non-hydrostatic Atmospheric Model	Admin Office [UNAVAILABLE]
10:55 to 11:15	Morning coffee	Admin Office [UNAVAILABLE]
11:15 to 11:40	Linear analyses of RK IMEX schemes for atmospheric modelling	Admin Office [UNAVAILABLE]
11:40 to 12:05	tba	Admin Office [UNAVAILABLE]

Weather and climate prediction on next generation supercomputers

Workshop theme

Satellite Meeting at the Met Office

The application is closed

Timetable

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