ONE2NTeam
Members
First name (team leader)
Xiangjun
Last name
Tian
Organisation name
lnstitute of Tibetan Plateau Research Chinese Academy of Sciences
Organisation type
Research Organisation (Academic, Independent, etc.)
Organisation location
China
First name
Can
Last name
Wang
Organisation name
Beijing Information Science and Technology University
Organisation type
Research Organisation (Academic, Independent, etc.)
Organisation location
China
First name
Yanyan
Last name
Tan
Organisation name
lnstitute of Tibetan Plateau Research Chinese Academy of Sciences
Organisation type
Academic (Student)
Organisation location
China
First name
Bingliang
Last name
He
Organisation name
lnstitute of Atmospheric Physics Chinese Academy of Sciences
Organisation type
Academic (Student)
Organisation location
China
First name
Hongqin
Last name
Zhang
Organisation name
lnstitute of Atmospheric Physics Chinese Academy of Sciences
Organisation type
Research Organisation (Academic, Independent, etc.)
Organisation location
China
First name
Min
Last name
Zhao
Organisation name
lnstitute of Tibetan Plateau Research Chinese Academy of Sciences
Organisation type
Research Organisation (Academic, Independent, etc.)
Organisation location
China
First name
Zhe
Last name
Jin
Organisation name
Peking University
Organisation type
Research Organisation (Academic, Independent, etc.)
Organisation location
China
First name
Yinhai
Last name
Luo
Organisation name
lnstitute of Atmospheric Physics Chinese Academy of Sciences
Organisation type
Research Organisation (Academic, Independent, etc.)
Organisation location
China
First name
Xingchao
Last name
Yang
Organisation name
lnstitute of Tibetan Plateau Research Chinese Academy of Sciences
Organisation type
Academic (Student)
Organisation location
China
First name
Zhilong
Last name
Fan
Organisation name
Sun Yat-sen University
Organisation type
Academic (Student)
Organisation location
China
Model
Model name
ONE2NWeather
Number of individuals supporting model development:
6-10
Maximum number of Central Processing Units (CPUs) supporting model development or forecast production:
< 8
Maximum number of Graphics Processing Units (GPUs) supporting model development or forecast production:
4-16
How would you best classify the IT system used for model development or forecast production:
High-Performance Computing (HPC) Cluster