Sentence examples for system simulations demonstrate from inspiring English sources

Closed-loop system simulations demonstrate the effectiveness of the fault-tolerant control strategy.

Extensive closed-loop system simulations demonstrate that the controllers reduce the expected surface roughness by 55% compared to the corresponding values under open-loop operation.

By implementing the controller and observer on the system, simulations demonstrate that the controller lead to reduction of the tether libration from large amplitudes.

Eigenvalue analysis and nonlinear system simulations demonstrate the effectiveness of the proposed approach in damping the electromechanical oscillations and enhancing the system dynamic stability.

System level simulations demonstrate that the proposed scheme results in higher cell-edge average throughput and cell-average throughput with lower blocking probability.

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.

System level simulations demonstrate the performance enhancement of the proposed approaches compared to classical MM method.

System level simulations demonstrate the performance enhancement of the proposed approach compared to traditional MM method in terms of throughput and handover failure probability.

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.

System-level simulations demonstrate that the proposed scheme improves the network utility compared to the eICIC scheme regardless of the number of macro-cell users offloaded to small cells.

System-level simulations demonstrate a significant improvement both in terms of fairness and total system throughput of BB-OFDMA, compared to the system with full-frequency reuse, where attempts to avoid interference are not made.