Sentence examples for using an extensive system-level from inspiring English sources

Using an extensive system-level simulation campaign, which also considers non-cooperative transmission as a fallback option, the authors first detail the scenarios and deployments, where gains can be expected, and then quantify the expected gains.

We use extensive system-level simulations to compare three distributed algorithms and evaluate their applicability for different user mobility assumptions.

In this article, we analyze the performance of MU-MIMO under a multitude of deployment scenarios and system parameters through extensive system-level simulations which are based on widely used system-level evaluation methodologies.

This article analyzes the performance of MU-MIMO under a multitude of deployment scenarios and system parameters through extensive system-level simulations which are based on two widely used system-level evaluation methodologies: The IMT-Advanced evaluation methodology [11] and the IEEE 802.16 m evaluation methodology [12].

The Fates system is implemented utilizing libpcap library and shown effective capturing anomalies using an extensive set of traffic data.

That the extinct language really used an extensive abstract system is "not entirely uncontroversial," he notes.

Occupy activists coordinated live-streaming video coverage of the protests, and used an extensive conference-call system to hone the movement's talking points for the weekend.

The proposed scheme is validated through extensive system level simulations in an LTE-A based implementation for the Riverbed Modeler simulator.

Extensive system level simulations demonstrate that by using resource partitioning, for a sacrifice of 4% of overall femto downlink capacity, macro UEs exposed to high HeNB interference experience a tenfold boost in capacity.

A complex application implemented as a System-on-Chip (SoC) demands extensive system level modeling.

Extensive system level simulations demonstrate that performing chunk allocation using the BB protocol enhances the mean system throughput by 17%, whilst maintaining the same throughput at the cell-edge compared to that achieved with static resource partitioning.