If you need any help or have any questions there is an OCAU forum thread here and there is the Climate forumwhere the people are also friendly and helpful. To join the Overclockers Australia team after you have created your account, just visit the Overclockers Australia team pageand click the "Join This Team" link. More details about the experiment and the downloads can be found at There is also a Climate Wiki. If you've got some spare computing power and want to know what the climate will be like in the future, or if you are interested in atmospheric science or applied mathematics, or you just want to help team Overclockers Australia fight its way up the rankings As an example my Athlon 64 MHz will take about 89 CPU days to complete a HadCM3L Coupled Model using WinXP. The current model requires a CPU at least as powerful as a 1.6GHz Intel Pentium 4 and minimum memory of 512MB. The application files are a 35MB download.Ĭlimate Prediction requires a faster computer than other distributed computing projects. A HadCM3L Coupled Model requires about 400MB disk space to start and about 600MB in total. Climate mn comets gagner hummer h1 chassis for sale tesla model 3 tire replacement cost costco. Points are credited whenever these stats are reported to the server, so you do not have to wait a long time to complete a model to receive any points and you do not lose these points if the model becomes unstable or crashes. UCS assumes no responsibility for any problems associated with BOINC (the modeling software) or. The current model is a HadCM3L Coupled Model also known as a Transient Coupled Model.Ī model takes a long time to complete but it is not necessary to access the internet a lot, although if you stay online stats will be reported to the server daily. CPU speed is most important although memory bandwidth also affects the processing speed somewhat. There are versions for Windows XP and 2000, Linux/X86 and Mac OS X Intel. It runs on the Berkeley Open Infrastructure for Network Computing ( BOINC) architecture which hosts many different distributed computing projects.īy using the computers of many people around the world, it is possible to improve our understanding of, and confidence in, climate change predictions more than would ever be possible using the supercomputers currently available to scientists. It is a distributed computing project developed by scientists from Oxford University, the Met Office, the Open University, Rutherford Appleton Labs, Tessella Support Services plc and others. There is a broad scientific consensus that the Earth will probably warm over the coming century climate should, for the first time, tell us what is most likely to happen.Ĭlimate, or CPDN for short, is the largest experiment to try and produce a forecast of the climate in the 21st century. The Climate Prediction News Compendiumis a set of interesting links on the science and the effects of global warming. Climate change, and our response to it, are issues of global importance, affecting food production, water resources, ecosystems, energy demand, insurance costs and much else.
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