Difference between revisions of "Open collaborative design/Open Source Scientific Research"
From AdCiv
| Line 2: | Line 2: | ||
Scientific research can also be done in a spirit of open collaboration.This allows for greater ''n'' numbers, as data can be aggregated from a large number of researchers. This leads to more reliable results. | Scientific research can also be done in a spirit of open collaboration.This allows for greater ''n'' numbers, as data can be aggregated from a large number of researchers. This leads to more reliable results. | ||
| + | |||
| + | Data and measurements from scientific experiments can be posted openly on the Web. | ||
Another application of open collaboration to scientific research is allowing people to contribute processing power to computing for scientific research. Rather than have a supercomputer crunching numbers in a lab, thousands of people's personal computers around the world can be used. This has been very successful at helping calculate how proteins fold {{em}} see http://folding.stanford.edu/ | Another application of open collaboration to scientific research is allowing people to contribute processing power to computing for scientific research. Rather than have a supercomputer crunching numbers in a lab, thousands of people's personal computers around the world can be used. This has been very successful at helping calculate how proteins fold {{em}} see http://folding.stanford.edu/ | ||
Revision as of 13:25, 8 July 2010
| << Section in early stages >> |
|---|
Scientific research can also be done in a spirit of open collaboration.This allows for greater n numbers, as data can be aggregated from a large number of researchers. This leads to more reliable results.
Data and measurements from scientific experiments can be posted openly on the Web.
Another application of open collaboration to scientific research is allowing people to contribute processing power to computing for scientific research. Rather than have a supercomputer crunching numbers in a lab, thousands of people's personal computers around the world can be used. This has been very successful at helping calculate how proteins fold — see http://folding.stanford.edu/
