Sentence examples for between the deployment of from inspiring English sources

A relationship between the deployment of information systems and higher productivity has been shown in a number of industries when these systems complement other corporate resources.

In the calculating, the cable's stiffness is determined by its slack or tensional state, and the coupling between the deployment of trusses and the deformation of cable nets are considered by updating the coordinate values of boundary nodes in each time step.

While the notion of differentiated responsibility has always included an element of technological transfer, the growing disparity between the deployment of non-scalable renewable energy sources in the rich countries and the massive expansion of fossil infrastructure elsewhere has brought new urgency to issues of climate leadership.

In fission yeast, there is a reciprocal relationship between the deployment of the two major DSB pathways with NHEJ functioning during G1 and HR predominant in G2 cells (Ferreira and Cooper, 2004).

The confidential US diplomatic traffic dealing with the missile shield, military links, and Poland's constant angst about its insecurity and vulnerability to Russia, reveals acute differences between Washington and Warsaw over the deployment of US Patriot air defences in Poland which started earlier this year.

In the winter of 1900 01, for example, disputes between the Pike and North Lake Company and its rival the Wisconsin Lakes Ice and Cartage Company over the rights to harvest ice resulted in pitched battles between workers and the deployment of a steamship icebreaker to smash competing supplies.

Irritants remain in relations between the countries, including the deployment of a missile-defense system that Russia considers a threat, and Russia's defense of President Bashar al-Assad of Syria.

The time between initial research and the deployment of weapon systems can be as long as a decade, during which the government must provide financial security and political justification for the project.

It also enables the transition between the DEVS based simulation and the deployment of the obtained hybrid models into the target networking platform.

This difference between laboratory test conditions and the deployment of the stereo algorithms in the real world automotive environment should be considered for stereo use in applications such as obstacle detection, vehicle guidance and driver assistance systems.

While such controllability problems can be overcome by the exchange of external coordination messages between the testers, this requires the deployment of an external network and may thus increase the costs of testing.