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What has driven all the changes is the underlying technology operating according to laws now well-known, miniaturization (Moore's Law), the network effect (Metcalfe's Law) and the benefits of parallel processing whether by chips or people (Amdahl's Law. Those laws have not been repealed. Other leaps forward in Internet and computing technologies no doubt lie ahead.
One benefit of this is that it allows the use of parallel processing (when implemented on linux clusters, STAP has the capacity to process large numbers of ss-rRNA sequences).
More selective use of parallel processing, such as solely for high turnover lists, would yield the greatest benefit financially without affecting case throughput.
Another common kind of parallel processing is when separate units perform different activities that must eventually come together.
"Efficiency of Parallel Processing in the Solution of Laplace's Equation," (with W. C. Moore), Proc.
H-P's decentralized purchasing operations represent one kind of parallel processing in which separate units perform the same function.
Interprocessor communication (IPC) overhead can severely degrade the performance of parallel processing systems.
I guess I underestimated the power of parallel processing.
The MLP network consists of layers of parallel processing nodes.
The use of parallel processing can also reduce computing time.
It will be three to five years before we see widespread acceptance of parallel processing.
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Justyna Jupowicz-Kozak
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