Climate Model

Parallel data intensive computing in scientific and commercial applications

Cognitive Science / Distributed Computing / Parallel Computing / Data Mining / Parallel and Distributed Computing / Climate Model / High Speed / Parallel and distributed Databases / Wide Area Network / Data Intensive Computing / Parallel Computer / Large Scale / High performance computer / Experimental Data / Climate Model / High Speed / Parallel and distributed Databases / Wide Area Network / Data Intensive Computing / Parallel Computer / Large Scale / High performance computer / Experimental Data

Web portal on environmental sciences \"ATMOS

Earth Sciences / Environmental Science / Air Quality / Atmospheric Chemistry / Atmospheric Modeling / Atmospheric Aerosols / Environmental Impact Assessment / Geosciences / Case Study / Internet technology / Information Service / Climate Model / Web Portal / Atmospheric Aerosols / Environmental Impact Assessment / Geosciences / Case Study / Internet technology / Information Service / Climate Model / Web Portal

Comparing modeled and observed changes in mineral dust transport and deposition to Antarctica between the Last Glacial Maximum and current climates

Oceanography / Climate variability / Climate Dynamics / Atmospheric sciences / Patagonia / South America / Last Glacial Maximum / Ice Cores / Spatial Variability / Climate Model / Southern Hemisphere / Particle Size / Size Distribution / Comparative modeling / Tierra del Fuego / Particle Deposition / South America / Last Glacial Maximum / Ice Cores / Spatial Variability / Climate Model / Southern Hemisphere / Particle Size / Size Distribution / Comparative modeling / Tierra del Fuego / Particle Deposition

How ocean color can steer Pacific tropical cyclones

Downscaling / Multidisciplinary / Sea surface temperature / Trajectory / Color / Severe Weather / Projects / Absorption / Ocean Color / Climate Model / Solar radiation / Atmospheric Circulation / Thermocline / Sunlight / Tropical Cyclone / Severe Weather / Projects / Absorption / Ocean Color / Climate Model / Solar radiation / Atmospheric Circulation / Thermocline / Sunlight / Tropical Cyclone

Secure, Efficient Data Transport and Replica Management for High-Performance Data-Intensive Computing

Data Management / High Energy Physics / Cluster Computing / Climate Model / High performance / MSS / Data Intensive Computing / High performance computer / MSS / Data Intensive Computing / High performance computer

Secure, Efficient Data Transport and Replica Management for High-Performance Data-Intensive Computing

Data Management / High Energy Physics / Cluster Computing / Climate Model / High performance / MSS / Data Intensive Computing / High performance computer / MSS / Data Intensive Computing / High performance computer

Benchmarking a Parallel Coupled Model

Work in Progress / Climate Model / Very high throughput / Parallel Computer / Performance Measure

Benchmarking a parallel coupled model

Work in Progress / Climate Model / Very high throughput / Parallel Computer / Performance Measure

Uncertainties due to transport-parameter sensitivity in an efficient 3-D ocean-climate model

Oceanography / Thermodynamics / Heat Transport / Sea Ice / Parameter estimation / Climate Dynamics / Atmospheric sciences / Inverse Problem / Climate Model / Climate Dynamics / Atmospheric sciences / Inverse Problem / Climate Model

Secure, Efficient Data Transport and Replica Management for High-Performance Data-Intensive Computing

Data Management / High Energy Physics / Cluster Computing / Climate Model / High performance / MSS / Data Intensive Computing / High performance computer / MSS / Data Intensive Computing / High performance computer

Inferring climate system properties using a computer model

Climate Change / Bayesian Analysis / Probability Distribution & Applications / Computer Model / Model Calibration / Bayesian methods / Land Surface Temperature / Climate Model / Bayesian hierarchical model / Statistical Model / Large Scale / Mixed layer / Bayesian methods / Land Surface Temperature / Climate Model / Bayesian hierarchical model / Statistical Model / Large Scale / Mixed layer

Understanding architectural tradeoffs necessary to increase climate model intercomparison efficiency

Software Architecture / Software Framework / Climate Model / Data Exchange / THERMAL INFRARED REMOTE SENSING DATA / Jet Propulsion Laboratory

Web portal on environmental sciences \"ATMOS

Earth Sciences / Environmental Science / Air Quality / Atmospheric Chemistry / Atmospheric Modeling / Atmospheric Aerosols / Environmental Impact Assessment / Geosciences / Case Study / Internet technology / Information Service / Climate Model / Web Portal / Atmospheric Aerosols / Environmental Impact Assessment / Geosciences / Case Study / Internet technology / Information Service / Climate Model / Web Portal

A coupled climate model simulation of the Last Glacial Maximum, Part 1: transient multi-decadal response

Oceanography / Sea Ice / Sea surface temperature / Climate Dynamics / Southern Ocean / Atmospheric sciences / System Approach / North Atlantic / Land Surface Temperature / Hemispheric Asymmetry / Arctic Ocean / Last Glacial Maximum / Climate Model / Antarctic circumpolar current / Boundary Condition / Transient Response / Stream Function / Ice Sheets / Mixed layer / Sea Surface Salinity / Atmospheric sciences / System Approach / North Atlantic / Land Surface Temperature / Hemispheric Asymmetry / Arctic Ocean / Last Glacial Maximum / Climate Model / Antarctic circumpolar current / Boundary Condition / Transient Response / Stream Function / Ice Sheets / Mixed layer / Sea Surface Salinity

Pliocene Model Intercomparison Project (PlioMIP): experimental design and boundary conditions (Experiment 1)

Earth Sciences / Experimental Design / Climate Model / Boundary Condition

Secure, Efficient Data Transport and Replica Management for High-Performance Data-Intensive Computing

Data Management / High Energy Physics / Cluster Computing / Climate Model / High performance / MSS / Data Intensive Computing / High performance computer / MSS / Data Intensive Computing / High performance computer

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