Increasingly stringent throughput and latency requirements in datacenter networks demand
fast and accurate congestion control. We observe that the reaction time and accuracy of …

Data center networks are inclined towards increasing line rates to 200Gbps and beyond to
satisfy the performance requirements of applications such as NVMe and distributed ML. With …

Congestion Control (CC) limits the transmission rate of data packets in the transport layer
protocol, eg, in TCP and QUIC, of a sending endpoint so as to mitigate the congestion in …

Today's network devices share buffer across queues to avoid drops during transient
congestion and absorb bursts. As the buffer-per-bandwidth-unit in datacenter decreases, the …

This paper focuses on congestion control in the particular context of wireless networks. It
summarizes basic concepts and key performance metrics pertaining to congestion control …

There is now a significant and growing functional gap between the public Internet, whose
basic architecture has remained unchanged for several decades, and a new generation of …

Packet buffers in datacenter switches are shared across all the switch ports in order to
improve the overall throughput. The trend of shrinking buffer sizes in datacenter switches …

Time-sensitive applications, eg, Internet of vehicles applications and tactile Internet
applications, put forward low latency and high throughput requirements for communication …

The switch buffers in datacenters today are shared by traffic classes with different loss
tolerance and reaction to congestion signals. In particular, while legacy applications use …

Datacenter Parallel Iterative Matching (dcPIM) is a proactive data-center transport design
that simultaneously achieves near-optimal tail latency for short flows and near-optimal …