A QUIC (Quick UDP Internet Connections) protocol is designed to improve Hypertext
Transfer Protocol (HTTP) traffic and carries a non-negligible portion of the traffic in the …

In recent years, QUIC protocol has shown great advantages for HTTPS over TCP in terms of
improving handshake delay and head-of-line blocking. Multipath QUIC (MPQUIC) further …

Multipath communication is an attractive solution to the increasing need for improving web
performance, by allowing devices to aggregate the capacity of different network paths, which …

As a novel UDP-based transport protocol which supports stream multiplexing, QUIC is faster,
more lightweight and flexible than TCP. With the prevalence of multi-homed devices such as …

Web latency remains the main obstacle to improving user experience with the continuous
development of the web. A lot of works have been made in this course. Quick UDP Internet …

While the web keeps evolving, web latency remains a major obstacle to improving user
experience. In the past, many efforts have been made in this course. SPDY achieves …

In order to minimize the downloading time of short-lived applications like Web browsing,
Web application, and short video clips, the recently standardized HTTP/2 adopts stream …

Recently, the ubiquity of broadband wireless networks has encouraged the growth of real-
time network applications. Their strict latency requirements present a challenge for …

To improve the performance of the Transmission Control Protocol (TCP), the Quick UDP
Internet Connections (QUIC) was introduced. However, from the recent literature, in the …

Multi-homing technologies are promising to support seamless user mobility, as a mobile
device can use multiple access links and paths for non-interrupted transmissions …