UWAtmosNVIDIA
Members
First name (team leader)
Dale
Last name
Durran
Organisation name
U Washington Atmos & Climate Sci -- NVIDIA
Organisation type
Other (please specify)
Organisation location
United States of America
First name
Peter
Last name
Harrington
Organisation name
NVIDIA
Organisation type
Large Tech Company
Organisation location
United States of America
First name
Nathaniel
Last name
Cresswell-Clay
Organisation name
U Washington Atmos & Climate Sci
Organisation type
Academic (Student)
Organisation location
United States of America
First name
Zachary
Last name
Espinosa
Organisation name
U Washington Atmos & Climate Sci
Organisation type
Academic (Student)
Organisation location
United States of America
First name
Raul
Last name
Moreno
Organisation name
U Washington Atmos & Climate Sci
Organisation type
Academic (Student)
Organisation location
United States of America
First name
William
Last name
Yik
Organisation name
U Washington Atmos & Climate Sci
Organisation type
Academic (Student)
Organisation location
United States of America
First name
Bowen
Last name
Liu
Organisation name
Institute of Atmospheric Physics, CAS
Organisation type
Academic (Student)
Organisation location
China
First name
David
Last name
Pruitt
Organisation name
NVIDIA
Organisation type
Large Tech Company
Organisation location
United States of America
First name
Akshay
Last name
Subramanian
Organisation name
NVIDIA
Organisation type
Large Tech Company
Organisation location
United States of America
First name
Michael
Last name
Pritchard
Organisation name
NVIDIA
Organisation type
Large Tech Company
Organisation location
United States of America
Models
Model name
DLESyMS2Sv1
Number of individuals supporting model development:
6-10
Maximum number of Central Processing Units (CPUs) supporting model development or forecast production:
8-48
Maximum number of Graphics Processing Units (GPUs) supporting model development or forecast production:
16-64
How would you best classify the IT system used for model development or forecast production:
High-Performance Computing (HPC) Cluster
Documentation
Model name
DLESyMS2Sv2
Number of individuals supporting model development:
6-10
Maximum number of Central Processing Units (CPUs) supporting model development or forecast production:
8-48
Maximum number of Graphics Processing Units (GPUs) supporting model development or forecast production:
16-64
How would you best classify the IT system used for model development or forecast production:
High-Performance Computing (HPC) Cluster