Sentence examples for deployment which can from inspiring English sources

"As you can imagine all of this introduces a high overhead to a deployment, which can be roughly between 3 to 5 years".

More emerging technologies, whose costs are not as low as utility solar PV or onshore wind, may benefit from R&D and opportunities for increased deployment, which can bring down costs and encourage even more growth.

MTDC systems/grids, combining the benefits of AC and DC technologies, offer a potentially game-changing paradigm in HVDC deployment, which can unlock the full potential of this technology, opening the door to new devices and systems, such a DC circuit breakers and FDCTS, that can bring benefits to the security, reliability, performance and economics of tomorrow's network.

The task now is to strengthen the Senate energy bill to invest at least $15 billion per year in clean energy R&D and around $30 billion per year in clean-tech demonstration and deployment, which can form the basis for a new investment and technology-centered global framework and make the United States a leader in what Thomas Friedman has declared the "Earth Race".

The results show in general compliance with exposure levels and the impact of overall network deployment, which can be optimized in order to reduce overall interference levels while maximizing system performance.

"Firstly, these options can increase deployment opportunities which can further reduce unit cost; secondly it is not necessary to reassess the design or reconfigure the factory production process to deliver these options and again this reduces downstream deployment costs," said Middleton.

These recommendations are defined to help the decision makers in the search for a deployment scenario which can be accepted with no severe objections by the most stakeholders involved.  .

These recommendations are defined to help the decision makers in the search for a deployment scenario which can be accepted with no severe objections by the most stakeholders involved.

The main contributions of this work are (a) a new clustering algorithm that minimizes indoor solution deployment costs, which can be integrated into a classical site location algorithm and (b) the results of the clustering algorithm in a real LTE heterogeneous environment.

The combination of self-assessment and change management enables the simultaneous measurement and deployment of practices, which can assist organisations in the project management of product development, and lead to the identification of further improvements to rigorously manage the transition to CE.

However, all the previous approaches require the deployment of relays, which can be costly or even prohibitive for dense networks.