A significant performance improvement for short-lived TCP CUBIC flows based on two fixes of the HyStart implementation, namely one bug fix addressing a wrong selection of the HyStart sampling phase causing a significant impact in mobile networks, and a small HyStart algorithm change to consider variable per-packet RTTs ...
In this paper we investigate performance impairments that especially happen when the combination of CUBIC and HyStart is used in low-delay cellular networks. To ...
In this paper we investigate performance impairments occurring when the combination of CUBIC and HyStart is used in low-delay cellular networks. To explain the ...
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In this paper we present measurements taken in a lab LTE test bed resembling an edge computing scenario, which is believed to become ...
The results show a significant improvement in TCP throughput performance when the user's mobility is below 5 m/s; and becomes constant (i.e., close to i.i.d) ...
This paper has several contributions. First, we report that long sudden delays during data transfers are not uncommon in the GPRS wireless WAN.
Every year, with the new waves of technologies and improvements in the design of the packet-switched networks, new TCP designs are proposed to do a better job ...
We present detailed experimental results showing that, in practice, BBR can misestimate the bottleneck bandwidth and RTT, causing high packet loss for shallow ...
22 Aug 2022 · Our re- sults show that in 5G networks, CUBIC, BBR, and Copa suffer from significant bufferbloat, longer packet delays, and lower throughput,.
TCP Congestion Control Algorithms Comparison - SpeedGuide
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26 Aug 2020 · CUBIC performs a bit better for pure throughput when there is no excessive network congestion. TCP LEDBAT (2010). RFC 6817. Low Extra Delay ...