Over the years, the Internet has been enriched with new available communication
technologies, for both fixed and mobile networks and devices, exhibiting an impressive …

Latency is increasingly becoming a performance bottleneck for Internet Protocol (IP)
networks, but historically, networks have been designed with aims of maximizing throughput …

These days, taking the revolutionary approach of using clean-slate learning-based designs
to completely replace the classic congestion control schemes for the Internet is gaining …

Datacenter transports aim to deliver low latency messaging together with high throughput.
We show that simple packet delay, measured as round-trip times at hosts, is an effective …

This paper introduces Copa, an end-to-end congestion control algorithm that uses three
ideas. First, it shows that a target rate equal to 1=(δd q), where dq is the (measured) …

Cloud data centers host diverse applications, mixing workloads that require small
predictable latency with others requiring large sustained throughput. In this environment …

This paper describes a new approach to end-to-end congestion control on a multi-user
network. Rather than manually formulate each endpoint's reaction to congestion signals, as …

Multipath TCP, as proposed by the IETF working group mptcp, allows a single data stream to
be split across multiple paths. This has obvious benefits for reliability, and it can also lead to …

Traditional measures of network goodness—goodput, quality of service, fairness—are
expressed in terms of bandwidth. Network latency has rarely been a primary concern …

Sprout is an end-to-end transport protocol for interactive applications that desire high
throughput and low delay. Sprout works well over cellular wireless networks, where link …