Sentence examples for deployments that allow from inspiring English sources

Microsoft's cloud strategy has long focused on the kind of hybrid cloud deployments that allow enterprises to run workloads in a public cloud like Azure and in their own data centers.

For instance, at Ilipa and Zama, the principes were formed up well to the rear of the hastati a deployment that allowed a greater degree of mobility and maneuverability.

This state is periodically examined by the Optimisation module in order to find alternative software application and services deployment configurations that allow saving energy.

PROVIZ also includes built-in extensible visual demo deployment capabilities that allow users to quickly craft network scenarios and share them with other users.

This article summarises the concept of and early approaches toward the delivery of dual or multiple GFs, as well as current efforts to develop sophisticated delivery platforms for this ambitious purpose, with an emphasis on the application of biomaterials-based deployment technologies that allow for controlled spatial presentation and release kinetics of key biological cues.

It has been used in both emergency management and hazards and risks monitoring on volcanoes, because volcanic eruptions are much more predictable and last for periods of time that allow the deployment of one to several flights during its activity period.

The development of computational ecosystems which will be successful in bringing about a democratization of bioinformatics research requires the deployment of modular analysis pipelines that allow each new tool to exploit existing computational resources, architectures, and curated data sets.

With the rise of popularity of multi-agent systems, a large number of different software tools, systems, platforms and environments that allow development and deployment of multi-agent systems and their applications in different domains have been designed and implemented.

One prominent example is the development of virtual stent deployment techniques for cardio-vascular diseases that allow a numerical reproduction of treatment scenarios at no risk for the individual patient.

This technology includes mobile systems, which take measurements and transmit images in real time, an intelligent platform for processing and management of variables, and the implementation of wireless sensor networks (WSNs) designed with specific protocols and tools that allow the rapid deployment of the network and allow measurements to be taken in emergency situations.

Physiological differences between younger, unreactive larvae and competent older larvae are likely to include the deployment of additional functional sensory systems that allow them to sense and react to the benthic environment.