Sentence examples for highly efficient data from inspiring English sources

While efficiency is important, a highly efficient data centre powered by coal still helps to destroy the planet, it just does so more slowly than one lacking in state-of-the-art efficiencies.

The chapter also shows how to set up a PCIe spec compliance validation test bench designed for highly efficient data acquisition and analysis.

And we're hearing that it will include information on how Facebook is building out highly efficient data centers — and that it plans to open source its technology.

As for competing with AWS and Microsoft, who both offer that same value proposition, she says they can speak to customers on an engineer to engineer level, as well as offer a competitive price and highly efficient data centers.

The idea stemmed from something simple: Amazon had built such a massive and highly efficient data center that it could sell off capacity with pay-as-you-go pricing.

Although TFA as applied here provides a highly efficient data reduction method, capturing the seasonality of a time series for a synoptic year, it assumes that there were no longer-term cycles of any importance, or directional changes over time.

Today's highly efficient data-gathering and -disseminating mechanisms provoke another, rueful question: "What was privacy?" The answer may be that people could once feel confident that what others might find out about them would be treated with reasonable care and consideration, and thus would probably do them no harm.

Photos uploaded to Instagram can now contain a neatly tagged record of who is in them and where they were taken, making it a highly efficient mobile data collection tool for Instagram's owner, Facebook.

Its rail fleet uses a highly efficient wireless data network suitable for truck fleets and businesses.

Its rail fleet uses a highly efficient wireless data network that's also suitable for truck fleets and businesses.

The most significant tool yet implemented for reference free analysis is Cortex - in which Iqbal et al implemented fast and highly memory efficient data structures and algorithms for general variant detection, and is the first implementation that makes use of explicitly coloured De Bruijn graphs and incorporates a de novo assembly algorithm.