Sentence examples for improved deployment from inspiring English sources

Dell is focusing on the business user with the new Latitude models, including improved deployment time, stability, and global support.

While stent overlap cannot always be avoided, improved deployment strategies or stent designs could reduce the low WSS burden.

Additionally, the health system needs further improvement in efficiency and equity, to allow adequate implementation of public health interventions, including improved deployment of health workers in rural areas.

Therefore, this paper proposes quantitative measures for an ASE program, in order to facilitate interpretation of the main ASE principles and improve deployment decisions.

"Graphpipe is what's grown out of our attempt to really improve deployment stories for machine learning models, and to create an open standard around having a way of doing that to improve the space," Abrams told TechCrunch.

This paper presents the procedure and generally applicable methodologies to improve deployment paths, to control the shape of a structure through optimization, and to control the structure to adapt after a damage event.

In this paper, we present a Service Deployment Management System for Optimization (SDMS-O) designed with a novel optimization approach for service deployment to improve deployment efficiency and reduce deployment cost while guaranteeing the users' QoS requirements.

Tools are emerging that address building out a consistent application or service model to reduce the proprietary lock-in risks stemming from customized scripting while improving deployment success due to more-predictable configurations.

This paper proposes how, as a first step, proper and mandatory reporting can lead to better knowledge of failures of health information technology as part of a socio-technical system and improve deployment in the coming years.

To improve deployment accuracy and technical ease, the long connecting bar of the Talent device has been removed, while columnar support has been optimized through stent spacing and the skeleton design.

The development of electronic decision-support systems which automatically screen electronic health records to identify high-risk service members may prove a valuable component of improved pre-deployment screening processes.