Delivering congestion signals is essential to the performance of networks. Current TCP/IP networks use packet losses to signal congestion. Packet losses not only reduces TCP performance, but also adds large delay. Explicit Congestion Notification (ECN) delivers a faster indication of congestion and has better performance. However, current ECN implementations mark the packet from the tail of the queue. In this paper, we propose the mark-front strategy to send an even faster congestion signal. We show that mark-front strategy reduces buffer size requirement, improves link efficiency and provides better fairness among users. Simulation results that verify our analysis are also presented
The efficiency of queue management mechanisms depends on how well their control decisions helps in s...
This note describes a proposed addition of ECN (Explicit Congestion Notification) to IP. TCP is curr...
Abstract—Node(s)/link(s) of a network are subjected to overloading; network performance deteriorates...
Delivering congestion signals is essential to the performance of networks. Current TCP/IP networks u...
Computer networks use congestion feedback from the routers and destinations to control the transmiss...
The Transmission Control Protocol (TCP) has congestion control mechanisms built into the protocol wh...
Transmission Control Protocol (TCP) is the most widely used transport protocol for reliable data tra...
While computer networks go towards dealing with varied traffic types with different service requirem...
Despite the fact that Explicit Congestion Notification (ECN) demonstrated a clear potential to subst...
The need for a reliable transmission protocol that can cover the Transport Control Protocol (TCP) an...
While computer networks go towards dealing with varied traffic types with different service requirem...
We investigate the service differentiation, in terms of average throughput, and the performance achi...
Recently in communication community, and because of the need to a reliable transmission protocol, th...
This paper proposes a framework for congestion control, called Binary Marking Congestion Control (BM...
Explicit Congestion Notification (ECN) is a mechanism where network nodes can mark IP packets, inste...
The efficiency of queue management mechanisms depends on how well their control decisions helps in s...
This note describes a proposed addition of ECN (Explicit Congestion Notification) to IP. TCP is curr...
Abstract—Node(s)/link(s) of a network are subjected to overloading; network performance deteriorates...
Delivering congestion signals is essential to the performance of networks. Current TCP/IP networks u...
Computer networks use congestion feedback from the routers and destinations to control the transmiss...
The Transmission Control Protocol (TCP) has congestion control mechanisms built into the protocol wh...
Transmission Control Protocol (TCP) is the most widely used transport protocol for reliable data tra...
While computer networks go towards dealing with varied traffic types with different service requirem...
Despite the fact that Explicit Congestion Notification (ECN) demonstrated a clear potential to subst...
The need for a reliable transmission protocol that can cover the Transport Control Protocol (TCP) an...
While computer networks go towards dealing with varied traffic types with different service requirem...
We investigate the service differentiation, in terms of average throughput, and the performance achi...
Recently in communication community, and because of the need to a reliable transmission protocol, th...
This paper proposes a framework for congestion control, called Binary Marking Congestion Control (BM...
Explicit Congestion Notification (ECN) is a mechanism where network nodes can mark IP packets, inste...
The efficiency of queue management mechanisms depends on how well their control decisions helps in s...
This note describes a proposed addition of ECN (Explicit Congestion Notification) to IP. TCP is curr...
Abstract—Node(s)/link(s) of a network are subjected to overloading; network performance deteriorates...