Sentence examples for deployment paradigm from inspiring English sources

Windows server 2003 is the first major platform released by Microsoft that implements the "secure by design, secure by default, and secure in deployment" paradigm.

The second deployment paradigm is the indirect model, in which the AS connects indirectly to an operator network through the services of an SCS in order to utilize additional value-added services for M2M (e.g., control plane device triggering).

The first and the most straightforward deployment paradigm is the direct model, where the application server (AS) connects directly to an operator network in order to communicate with the M2M devices without using the services of any external service capability server (SCS) Indirect model.

The first and the most straightforward deployment paradigm is the direct model, where the application server (AS) connects directly to an operator network in order to communicate with the M2M devices without using the services of any external service capability server (SCS).

The third deployment paradigm is the hybrid model, where the AS uses the direct model and indirect model simultaneously in order to directly connect to an operator network to perform direct user plane communications with the M2M devices while also using an SCS.

Anyway the increasing complexity of Cloud Services caused the introduction of new programming and deployment paradigms.

"Offshore nuclear with water desalination offers a new and flexible deployment and operation paradigm for zero-carbon cogeneration of power and fresh water," Buongiorno said.

A recent review of different wireless and networking technologies and their use to promote the ultimate goal of global health by means of deployment of a telemedicine paradigm is found in [1].

A newfangled paradigm through the deployment of the quantum conductance and nonequilibrium Arora's distribution function (NEADF) is shown to be in compliance with the experimental nonlinear I V characteristics defying ohmic and ballistic conduction in a carbon nanotube (CNT).

This paper briefly discusses systems engineering, contrasts it with systemic thinking, and introduces practical guidelines for the deployment of a systemic thinking paradigm.

However, it is also important to notice that there are other solar technology properties one can advance to deliver impact". "In the example of optically transparent devices," Bulović adds, "their nearly invisible format enables integration of solar technology on any surface, hence advancing a new paradigm for solar deployment.