Sentence examples for step in deploying from inspiring English sources

But I.B.M. is the largest single operator of data centers worldwide, and analysts say the company's initiative, which is being announced today, is a significant step in deploying a broad range of technologies to tackle the problem.

If I understand current policy (and I may not), unless you follow Byrd's lead, the feds will only use your money so that President Bush can send Barbra Streisand records to President Putin, apparently a vital step in deploying an anti-missile system.

Bulk data migration between datacenters is often a critical step in deploying new services, improving reliability under failures, or implementing various cost reduction strategies for cloud companies.

In the coup de gr?, a retired physics professor at the University of Illinois, Michael Weissman, stepped in, deploying more sophisticated tools (Fourier analysis).

Quantum computing also got a shout-out, as Intel flagged that its new Tangle Lake 49-qubit quantum computing test chip is now being shared with research partner QuTech, another step in getting deployed and once again significantly speeding up processing power. .  .

"Congress should thoroughly scrutinize Secretary Rumsfeld's proposals to reorganize the management of D.O.D.'s space activities to assure the American people that this is not the first step toward deploying weapons in space," said Senator Carl Levin of Michigan, the ranking Democrat on the Armed Services Committee.

But the researchers said their work "provides a significant step" towards deploying graphene in a variety of commercial applications.

And eventually, that energy will run out.Now Arnold Kling might tell a recalculation story in this case that if the government steps in and deploys some of that energy toward employment-generating stimulus projects then businesses won't be fooled: they'll understand that the boost is temporary and will largely remain on the sidelines waiting to see where cash piles can be most profitably directed.

Previous efforts have focused disproportionately on Step 1, or documenting gaps in practice, and Step 3, or deploying and evaluating efforts to improve practice.

The idea is to take out some of the more complicated base level steps towards deploying robotics in industry and the workplace, with a focus on building robots that are both reusable across applications and reconfigurable to suit different purposes.

Additionally, we contribute an overview of GPU-co-processing approaches, an in-depth discussion of our framework's operator model, the required steps for deploying our framework in practice and the support of complex operators requiring multi-dimensional learning strategies.