Exact(4)
Simulation results obtained using the Qualnet simulator showed that the proposed MAC protocol achieves better performance than B-MAC and star topology TDMA in terms of energy consumption.
Experiments carried out using a solar simulator showed that methidathion was more easily photo-oxidised than carbaryl, in all cases.
Modeling using the TOUGH2 simulator showed that a significant source of uncertainty for subsurface performance of injected CO2 is residual CO2 saturation during storage.
An empirical study conducted with human drivers in a driving simulator showed that while model and human performance differed with respect to overall magnitudes, the model correctly predicted the overall pattern of effects for human drivers.
Similar(56)
The simulation results obtained using Cooja simulator shows that the proposed mobility-assisted localization scheme results in accurate localization with minimum delay.
Experimental simulations are conducted using Sim-Panalyzer, an instruction level simulator, showing that our proposed algorithm optimizes the power-performance with an effective increase of 30% in terms of energy consumption benefits compared to the Tomasulo's algorithm and 3% compared to the in-order algorithm.
Protocol performance by NS2 simulator shows that the proposed protocol can be used for detecting black holes in mobile adhoc networks.
Empirical evidence, collected on the Alewife cache-coherent multiprocessor and the Proteus simulator, shows that the reactive diffracting tree provides throughput within a constant factor of optimal diffracting trees at all load levels.
The results are in line with previously obtained results from the real-time simulator showing that tracking quality can be further improved introducing supernormal auditory cues in order to provide better-than-normal operator's auditory resolution in the frontal region.
The LTE simulator shows that the system is capacity constrained, since similar cell radii are obtained for deployments in the 900 MHz and 2.6 GHz bands.
The evaluation produced with the satellite simulator shows that the GEOS-5 realistically captured cloud-affected and mineral dust-affected lidar backscatter, color ratio, and radar reflectivity in comparison with the observations from CALIPSO and CloudSat sensors (please see supporting information for a more detailed discussion) over both land and ocean.
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Justyna Jupowicz-Kozak
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