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In the most recent installment of this series, our examination of
operating systems took us to Linux, which "feels" like Unix, but
runs on a PC. we saw that Linux could be a potentially powerful
tool to the computational scientist. This time around we'll
take a look at some applications for Linux, including those that
are practiced today, and those that a little bit of imagination
can conjur up.
One example that has received some play in this space is that of the clustering of PC's to form a sort of supercomputer. The flexibility afforded to the developer by Linux makes such a setup feasible. Another place where Linux may have some real potential is in the running of many popular, commercially-available scientific codes. Many companies have begun shifting their focus toward the PC corner of the world, leaving many Unix users concerned about the power of future developments. In this case, Linux might just allow the two sides to accomplish their individual goals, while the whole field moves forward. So, while Linux may not be perfect for every scientific computing application imaginable, it's prominence is likely to grow in the coming years. It should be an interesting ride.
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