The Linux TCP/IP stack contributions have recently pointed all in the same direction:
maximize the available throughput while maintaining low latency. These activities started by …

An increasing number of devices are connecting to the Internet via Wi-Fi networks, ranging
from mobile phones to Internet of Things (IoT) devices. Moreover, Wi-Fi technology has …

Since the definition of the bufferbloat phenomenon, several Linux kernel modules have
been introduced in the TCP/IP stack. While these solutions have been widely studied over …

Since the definition of the bufferbloat phenomenon, several Linux kernel modules have
been introduced in its TCP/IP stack, and there is a lack of experimental studies on their …

Google and the Bufferbloat community have designed several solutions to reduce Internet
latency in recent years, involving different TCP-IP stack layers. One of these solutions is …

TCP performance over wireless network has been extensively studied in the literature and
many cross-layer optimization schemes are proposed. Nevertheless, new technologies such …

Suboptimal TCP congestion control performance over wireless 802.11 (WiFi) networks is a
well known issue. We will argue that some of these problems are difficult to overcome when …

Recent Linux kernel updates have turned on the light again on the needs to reduce network
latency in any environment, in particular in Wireless LAN. After the bufferbloat problem …

This paper shows the inefficiency of TCP BBR in exploiting the Wi-Fi bandwidth. This
limitation of BBR has been observed with both IEEE 802.11 n and IEEE 802.11 ac, where …

Abstract WiMedia, Wi-Fi, WiMax, Wi-Mobile, WiRAN, the Wi-family is getting bigger; so does
the network architecture. It is encouraging to see the fast development of the new IEEE …