Sentence examples for parallel deployment from inspiring English sources

But because the simulator can operate in the general PC, it can pass through the massively parallel deployment to remedy the defects on the properties.

TaintChaser is the massive parallel deployment based on the KVM virtual machine, through a unified dispatching system to carry out the parallel detection [25].

It has previously been proposed that the parallel deployment of cooperatively bound TFs confers robustness to gene expression, both allowing the regulatory state of a gene to reject signalling noise and providing control through activation or inhibition of multiple signalling pathways [ 41].

These first results from a North Sea fjord and an open Baltic Sea time-series station indicates that the POC / 234Th ratio on the more complete particle-settling spectrum, isolated with SPLITT, was higher than the POC / 234Th ratio obtained simultaneously from tethered shallow sediment traps in seven out of seven parallel deployments with an average factor of 210%.

The resolution calls on Israel to begin withdrawing all its forces from Lebanon "in parallel" with the deployment of U.N. peacekeepers and 15,000 additional Lebanese troops.

Both models require parallel implementation and deployment on large scale parallel computing resources in order to achieve reasonable simulation times for three-dimensional models.

His military career parallels America's deployment of Special Operations forces in the post-World War II era.

The fact that Shanahan was telling European officials the United States was planning a full withdrawal undercut Graham's parallel message that a deployment of European troops would motivate President Trump to leave a couple hundred U.S. forces there to help.

A study of the safety properties of HTS using a calculus of component composition has provided solid foundations for the design of configuration languages for the safe specification and deployment of parallel components.

The latter is an extension of ParadisEO, an open source framework originally intended to the design and deployment of parallel hybrid meta-heuristics on dedicated clusters and networks of workstations.

A common feature in payment systems all over the world is the deployment, in parallel, of both automated teller machine (ATM) and point of sale (POS) devices.