4.3 Collaborative WRF-based research and education with reproducible numerical weather prediction enabled by software containers. Hacker, Josh, John Exby, David Gill, National Center for Atmospheric Research, and Ca

First Page		Document Content
Date: 2016-06-16 12:19:59 Software Computing System software C++ Standard Library Intermodal container Modularity Docker Container Associative containers Operating-system-level virtualization Weather Research and Forecasting Model		4.3 Collaborative WRF-based research and education with reproducible numerical weather prediction enabled by software containers. Hacker, Josh, John Exby, David Gill, National Center for Atmospheric Research, and Ca Add to Reading List Source URL: www2.mmm.ucar.edu Download Document from Source Website File Size: 40,51 KB Share Document on Facebook

	4.3 Collaborative WRF-based research and education with reproducible numerical weather prediction enabled by software containers. Hacker, Josh, John Exby, David Gill, National Center for Atmospheric Research, and Ca DocID: 1rsMh - View Document
	North American Regional Climate Change Assessment Program THE FIRST USERS’ WORKSHOP February 14 & 15, 2008 DocID: 1rotr - View Document
	WRF-DART 2011 Real-time mesoscale analysis spring experiment DocID: 1rnjU - View Document
	5A.5 Examining the response of tropical cyclone characteristics to projected climate change in northeast Australia through WRF simulations and Pseudo Global Warming Technique. DocID: 1rkdo - View Document
	Decemberof 18 http://www.ncep.noaa.gov/newsletter/current/printable.shtml DocID: 1rhUO - View Document