Sentence examples for deployments are compared from inspiring English sources

Two network deployments are compared: a purely macro cellular network and a joint macro-femto network.

On the other hand, in [35], macro/femtocells deployments versus macro-only deployments are compared supported on real-life data and simulations.

Two service deployments are compared: a stand-alone, free Wi-Fi service for passengers and a free Wi-Fi service deployed in conjunction with a paid video-on-demand service and a crew communication service.

In the third scenario, a traditional and an exposure-optimized UMTS femtocell deployment are compared.

The configurations are the ones from [ 17], in which a traditional network deployment (with maximal-power Equivalent Isotropically Radiated Powers (EIRPs)) and an exposure-optimized network deployment are compared based on only their electric-field strength distributions and based on a worst-case scenario with a duty cycle of 100%.

Two commercially available stents (the NIR and Multi-Link stents) are modeled and their behavior during the deployment is compared in terms of stress distribution, radial gain, outer diameter changes and foreshortening.

Numbers of subjects in the study cohort and with a recent mental health disorder diagnosis with available PreDHAs within 90 days prior to the DTAS deployment date were compared by Chi-square test.

In order to determine classes of signal points in overlapped area made by two sensors, we experiment the performance of the proposed e-SVM classifier employed in the sensor deployment strategy that is compared with the two previous classifiers, the probabilistic Bayesian classifier in [27] and the k-NN method in [33].

The demographic characteristics of the study cohort and those with a pre-deployment mental health disorder diagnosis were compared by Chi-square test across demographic strata, and odds ratios (OR) and 95% confidence intervals (CI) were calculated for dichotomous strata.

Five paired stereo camera deployments and pelagic midwater trawl hauls were compared during an acoustic survey in the Strait of Georgia, British Columbia.

The gigawatt (GW) deployment potential for DSG solar technologies was compared to the equivalent potentials for previously analyzed oil-based parabolic trough and molten salt central receiver technologies [1].