Sentence examples for retransmission performance from inspiring English sources

We simulate the retransmission performance in two scenarios: Scenario 1 (Scn-1): The relay is positioned closer to the source, as displayed in Figure 5a.

The objective of this article is fourfold: to provide an introduction to TCP protocol; to discuss problems degrading TCP retransmission performance in the present-day Internet; to describe some proposed transport protocols that solve a number of throughput issues; and finally, to gain new insight into these protocols and thereby suggest avenues for future research.

By increasing the number of backoffs and retransmissions, significant performance gain can be obtained.

Since we consider the existence of a feedback channel and message retransmission, an important performance metric is the system throughput, which is the effective spectral efficiency seen by the receiver.

Simulation results show that while the first retransmission scheme performs well in the low signal-to-noise ratio (SNR) region, the second scheme has good performance in both low and high SNR regions, thanks to the use of network coding.

Notwithstanding that Snoop performs local retransmission, Snoop shows worse performance than TCP Reno with LL-ARQ.

Different from the literature work so far, we investigate the optimization problem of retransmission number on transmission performance.

The impact of the retransmission number on transmission performance is only considered by very few studies [23, 24].

This failure increases the retransmission number and degrades system performance such as throughput.

However, they do not consider the effect of retransmission, which also largely degrades performance, and do not provide any analytical model that considers the effect.

However, the authors did not relate the performance of the retransmission limit with the actual transmission delay and throughput.