Sentence examples for better throughput performance than from inspiring English sources

This result matches Corollary 1; The fully-online transmission scheme always provides better throughput and decoding delay performance than the semi-online one; The optimal coding algorithm always provides better throughput performance than its hybrid and heuristic alternatives.

Through analysis and simulation, we show that CCMAC can significantly shorten the transmission time for stations with low data rate links to the AP and CCMAC has better throughput performance than other MAC protocols, such as CoopMAC and legacy IEEE 802.11.

Shuffle shows better throughput performance than that of DOMCT + Q; thanks to the centralized scheduling that exploits the entire network information.

Simulation results demonstrate that in sparse networks, the proposed SDMA exhibits a better throughput performance than the conventional limited feedback SDMA does, while both having a comparable feedback overhead.

Specifically, it has been confirmed that optimized sensing and access parameters as well as channel assignments can achieve considerably better throughput performance than that due to the non-optimized design.

Our results confirm the fact that the number of gateways can be dramatically reduced by using more powerful mesh routers in the backbone; for example, 6 gateways with mesh router transmitting at 25 Mbps can achieve much better throughput performance than 15 gateways with mesh router transmitting at 10 Mbps.

The SU detects this deterioration throughput QoS and decides to change the channel to achieve a better throughput performance.

Our prioritization reflects the motivation of using network coding, that is, to achieve better throughput performance.

From the simulation results, the MP-MP algorithm applying the proposed minimum transmit power-based packet scheduling (MP) algorithm to the time domain packet scheduler (TDPS) and the frequency domain packet scheduler (FDPS) in 3GPP LTE systems showed better throughput performances than the other conventional algorithms.

From the figure, we see that the proposed cooperative access scheme achieves a better stable throughput performance than the non-cooperative access scheme for the PU over all values of dP U,S U. In addition, as we can observe, there exists an optimal dP U,S U to the maximum stable throughput of the PU and the SU, respectively.

Similar as in grid topology, MIL can result in better throughput per flow performance than other metrics, about 50.75%, 51.55%, and 51.50% higher than CATT, MIC, and INX, respectively, when the network load is 896 kbps.