Sentence examples for models with deployment from inspiring English sources

In terms of technical difficulty, 35% of respondents have selected option 2, which states integration of existing technological, operational or business models with deployment possible within 1 2 years with minimal capital investment (see Annex 2).

On this question, the majority of respondents viewed the technical difficulty, track and trace system, as achievable, with the integration of current technological, operational or business models with deployment possible within 1 2 years with only minimal capital investment.

40% of respondents rated the operational difficulty of equal priority and quality train paths as achievable through the integration of existing technological, operational and business models, with deployment possible within 1 2 years with minimal capital investment (see Fig. 3 and Annex 2).

Nearly 44% of respondents rated the technical difficulty of widespread open access terminals to be overcome through the integration of existing technological, operational or business models, with deployment possible within 1 2 years and with minimal capital investment (see Annex 2).

The majority of respondents (over 50%) viewed the technical difficulty of reducing lead - time through the integration of passenger and freight services as possible to …overcome through the integration of existing technological, operational or business models with deployment.. and possible within 3 4 years requiring significant capital investment.

To the best of the authors' knowledge, combining the power consumption model with the deployment tool and the algorithm is also a novelty.

When combined the cloud style creates a service-oriented model with a centralized control and coordination structure with deployment of cloud services to intermediate servers or the actual edge to allow for a distributed execution model.

These help students in wireless network modeling and deployment with improved reach and realism.

Figure 1 Simplified Madrid grid model with a heterogeneous deployment of macro and micro BSs.

Several characteristics of military service were significantly associated with lower diabetes risk in multivariable models, including deployment, officer pay grade, and remaining in military service.

We establish this deployment strategy by linking component composition models with task models at design-time, from which a run-time deployment plan is deduced.