Simulation results indicate that the proposed protocol can obtain higher throughput performance for slow Rayleigh fading and large round trip delay (t) channels.
仿真结果表明对于慢瑞利衰落、长往返旅程延迟(T)信道，该协议能取得较优的吞吐性能。
This scheme is suitable for error control in satellite communication systems where data rate is high and round-trip delay is substantial.
本方案特别适用于卫星通信系统的差错控制，其数据率高，往返时间长。
The round trip transmitted delay from source to destination has a great adverse effect on the stability and rapidity of the transmission control protocol (TCP) congestion control.
源端到目的端的往返传输时延将给TCP拥塞控制的稳定性和快速性带来极大的不利。
Experiments results show that IVI gateway is superior in round trip delay and system throughput rate to NAT-PT translation gateway.
实验结果表明IVI网关在往返时延和系统吞吐率方面均优于NAT -PT翻译网关。
Experiments results show that IVI gateway is superior in round trip delay and system throughput rate to NAT-PT translation gateway.
实验结果表明IVI网关在往返时延和系统吞吐率方面均优于NAT -PT翻译网关。
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