Sentence examples for design of a cloud from inspiring English sources

The results presented in this paper are helpful to understand the internal mechanisms of perception and interaction, intelligent scheduling and control of cloud robot systems oriented to smart manufacturing, and the design of a cloud architecture oriented to group learning.

An extensive set of results are provided that allow to understand the impact of the many parameters involved in the design of a cloud federation network.

In addition to the comparison of the system and for further structuring, we conducted a systematic literature research from which we derived requirements for the design of a cloud ecosystem that followed data security laws.

This paper extends and generalizes a previously published, simpler version of the model [10], and provides an extensive set of results that allow to characterize the impact of the many parameters involved in the design of a cloud federation network.

This section presents an extensive set of numerical results, obtained with the federated cloud network model introduced above, that help to understand the role of the different parameters involved in the design of a cloud federation network.

Through a preliminary analysis, the design of a cloud architecture with e-Health requirements has been proposed.

Indeed, the proposed model can be used as an effective dimensioning tool to quantify the amount of communication resources needed for the design of a federated cloud network.

Although some assumptions made can be considered abstractions, the proposed model can be used to properly dimension the inter-DC network capacity and to understand the macroscopic impact of the many parameters involved in the design of a federated cloud network.

On the blog this week we championed Kraftwerk as an Original Creator, were wowed by the concept design of a floating cloud blimp, and were more than impressed by a penguin claymation version of The Thing.

In the SaaS layer, illustrated by Fig. 1, a set of components and tools interact to facilitate the modelling, design and construction of a cloud application.

We present the design of an e-health cloud system, modelled by an M/M/m queue with QoS capabilities, i.e. maximum waiting time of requests.