When offering loss-rate differentiation in IP networks, the drop strategy used can have a considerable influence on packet loss and delay. In particular, a strategy of dropping packets only as they arrive can cause bursty loss patterns and high jitter. When only arriving packets are dropped, the router may need to wait for low priority packets to arrive before dropping any packet. This results in larger queue oscillation than if low priority packets were dropped immediately from the queue. Queue oscillation gives bursty loss patterns and delay jitter. We present simulations showing that dropping packets from the queue gives smoother loss patterns and less jitter than if packets are dropped only as they arrive. These simulations cover both T...
In this paper we consider the performance of several well known high speed protocols in environments...
In this paper we consider the performance of several well known high speed protocols in environments...
Delay-based TCP variants have attracted a large amount of attention in the networking community beca...
When offering loss-rate differentiation in IP networks, the drop strategy used can have a considerab...
When offering loss-rate differentiation in IP networks, the drop strategy used can have a considerab...
When offering loss-rate differentiation in IP networks, the drop strategy used can have a considerab...
When offering loss-rate differentiation in IP networks, the drop strategy used can have a considerab...
Abstract—Packet losses at IP network are common behavior at the time of congestion. The TCP traffic ...
The dropping function mechanism is known to improve the performance of TCP/IP networks by reducing q...
Abstract — The paper describes how the use of ‘drop-biasing’, a tech-nique to control the distributi...
The Differentiated Services architecture provides router mechanisms for aggregate traffic, and edge ...
As network bandwidth continues to grow and longer paths are used to exchange large scientific data b...
As network bandwidth continues to grow and longer paths are used to exchange large scientific data ...
Abstract — The network quality of service (QoS) and the congestion control of the transport protocol...
In this paper we consider the performance of several well known high speed protocols in environments...
In this paper we consider the performance of several well known high speed protocols in environments...
In this paper we consider the performance of several well known high speed protocols in environments...
Delay-based TCP variants have attracted a large amount of attention in the networking community beca...
When offering loss-rate differentiation in IP networks, the drop strategy used can have a considerab...
When offering loss-rate differentiation in IP networks, the drop strategy used can have a considerab...
When offering loss-rate differentiation in IP networks, the drop strategy used can have a considerab...
When offering loss-rate differentiation in IP networks, the drop strategy used can have a considerab...
Abstract—Packet losses at IP network are common behavior at the time of congestion. The TCP traffic ...
The dropping function mechanism is known to improve the performance of TCP/IP networks by reducing q...
Abstract — The paper describes how the use of ‘drop-biasing’, a tech-nique to control the distributi...
The Differentiated Services architecture provides router mechanisms for aggregate traffic, and edge ...
As network bandwidth continues to grow and longer paths are used to exchange large scientific data b...
As network bandwidth continues to grow and longer paths are used to exchange large scientific data ...
Abstract — The network quality of service (QoS) and the congestion control of the transport protocol...
In this paper we consider the performance of several well known high speed protocols in environments...
In this paper we consider the performance of several well known high speed protocols in environments...
In this paper we consider the performance of several well known high speed protocols in environments...
Delay-based TCP variants have attracted a large amount of attention in the networking community beca...