Random early detection (RED) can be helpful for Transport Control Protocol to control congestion by dropping packets before its queue becomes full. However, falsely configured RED causes network oscillation and simply works as a tail drop under the heavy load. To overcome the scalability problems of RED, an algorithm is proposed that adjusts the steepness of the drop probability function properly under various network conditions.close1
TR-COSC 02/05The successful operation of the present Internet depends mainly upon TCP/IP which empl...
This paper presents Random Early Detection (RED) gateways for congestion avoidance in packet-switche...
Normally all the congestion control method discard the received packet when the queue is full but it...
Random Early Detection (RED) is a queue management algorithm used in packet routers of Internet Prot...
Abstract: A congestion avoidance scheme allows a network to operate in the region of low delay and h...
Abstract — End-to-end congestion control mechanisms such as those in TCP are not enough to prevent c...
This thesis discusses the Random Early Detection (RED) algorithm, proposed by Sally Floyd, used for ...
Abstract—Random-early-detection (RED) is widely applied in network nodes for congestion control. It ...
In the internet, router plays a strategic role in the transmission of data packets. Active queue man...
The Random Early Detection (RED) algorithm has not been successful in keeping the average queue size...
This paper identifies the lone linear drop function for computing the dropping probability between c...
The Internet is a heterogeneous environment comprising wired and wireless components, and transport ...
Random early detection (RED) can stabilize the queue within a given target range and simultaneously ...
achieve high throughput and low average delay by stabilizing the average queue size by mapping the c...
It's becoming one of the major research issues that how to handle data congestion and avoidance of t...
TR-COSC 02/05The successful operation of the present Internet depends mainly upon TCP/IP which empl...
This paper presents Random Early Detection (RED) gateways for congestion avoidance in packet-switche...
Normally all the congestion control method discard the received packet when the queue is full but it...
Random Early Detection (RED) is a queue management algorithm used in packet routers of Internet Prot...
Abstract: A congestion avoidance scheme allows a network to operate in the region of low delay and h...
Abstract — End-to-end congestion control mechanisms such as those in TCP are not enough to prevent c...
This thesis discusses the Random Early Detection (RED) algorithm, proposed by Sally Floyd, used for ...
Abstract—Random-early-detection (RED) is widely applied in network nodes for congestion control. It ...
In the internet, router plays a strategic role in the transmission of data packets. Active queue man...
The Random Early Detection (RED) algorithm has not been successful in keeping the average queue size...
This paper identifies the lone linear drop function for computing the dropping probability between c...
The Internet is a heterogeneous environment comprising wired and wireless components, and transport ...
Random early detection (RED) can stabilize the queue within a given target range and simultaneously ...
achieve high throughput and low average delay by stabilizing the average queue size by mapping the c...
It's becoming one of the major research issues that how to handle data congestion and avoidance of t...
TR-COSC 02/05The successful operation of the present Internet depends mainly upon TCP/IP which empl...
This paper presents Random Early Detection (RED) gateways for congestion avoidance in packet-switche...
Normally all the congestion control method discard the received packet when the queue is full but it...