The CMIP6 Data Request defines the variables requested from each experiment and specifies the time intervals for which they are supposed to be reported. Any deviation from the standard forcing are supposed to be clearly documented.įurther documentation about CMIP6 experiments will be available from ES-DOC, and the reference controlled vocabularies used to define and identify these experiments are available in a “json” file and are also rendered in table form.
When called for by the experiment protocol, standard forcing data sets (e.g. The official names of the currently endorsed CMIP6 MIP activities are recorded in a “json” file. See the GMD Special CMIP6 Issue for descriptions of each MIP and its experiment specifications. In addition to the DECK and historical simulations, each modeling group may choose to contribute to any of the CMIP6 endorsed MIPs. These experiments are the only ones directly overseen by the the CMIP Panel, and together these constitute the ongoing (slowly evolving) “CMIP Activity”. (2016).Įach model participating in CMIP6 will contribute results from the four DECK experiments (piControl, AMIP, abrupt4xCO2, and 1pctCO2) and the CMIP6 historical simulation. The CMIP6 protocol and experiments are described in a special issue of Geoscientific Model Development with an overview of the design and scientific strategy provided in the lead article of that issue by Eyring et al.
To fully meet ASCI's needs, more » the architecture layers distributed work management and criteria-driven resource selection services on top of Globus. The ASCI grid extends Globus functionality by operating as an independent grid, incorporating Kerberos-based security, interfacing to Sandia's Cplant,and extending job monitoring services. To match existing hardware platforms, required security services, and current simulation practices, the Globus MetaComputing Toolkit was selected to provide core grid services. The grid will simplify access to the diverse computing, storage, network, and visualization resources, and will enable the coordinated use of shared resources regardless of location. The Accelerated Strategic Computing Initiative (ASCI) computational grid is being constructed to interconnect the high performance computing resources of the nuclear weapons complex.
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