Abstract Active Queue Management (AQM) is implemented in routers to manage network
congestion. It is designed to detect network congestion and control the rate of packet …

Active queue management (AQM) algorithms have been proposed to leverage TCP protocol
inherent congestion algorithms which usually fail to maintain the queue length to an average …

Buffers in switches or routers are used to achieve sufficiently high utilization of transmission
resources but permanently filled buffers add excessive queuing delay to communication …

Active Queue Management (AQM) can maintain smaller queuing delay and higher
throughput by purposefully dropping packets at intermediate nodes. Most of the existing …

In the current Internet, long-term TCP flows and bursty shortterm flows both exist. The mix
between the aggregated longterm TCP traffic (responsive traffic) and the bursty traffic (non …

Active Queue Management (AQM) is a key congestion control scheme that aims to find a
balance between keeping high link utilization, minimizing queuing delays, and ensuring a …

Active Queue Management (AQM) has been used in routers for early detection of traffic
congestion at the bottleneck link. In AQM, packets can be drop before the buffer becomes …

Active Queue Management (AQM) mechanisms have come a long way, with an initial goal to
avoid congestion to the recent most focus on reducing queue delay. The benefits of using …

In active queue management (AQM), core routers signal transmission control protocol (TCP)
sources with the objective of managing queue utilization and delay. It is essentially a …

The adoption of the IP protocol for serving diverse applications arises the need for
mechanisms to prevent network congestion in scenarios with different traffic types …