Considering a single bottleneck model of TCP with a constant number of greedy and nonhomogeneous sources, and assuming that TCP timeouts do not occur, we establish necessary and sufficient conditions, related to the bandwidth delay product, to guarantee that the buffer will never empty. We also demonstrate by simulation that weaker conditions could be adequate to maintain high utilization in practice and discuss delay and packet drop rate implications
Recent research results suggest that the buffers of router in-terfaces can be made very small, much ...
This paper discusses the dimensioning of buffers and the bandwidth allocation for data traffic in th...
We propose a simple queueing model for TCP transfers sharing a bot-tleneck link and examine its beha...
The router buffer sizing problem is a vital problem to the performance of the Internet. The traditio...
It is largely recognised in the research community that access and edge network buffers need special...
The issue of router buffer sizing is still open and significant. Previous work either considers open...
Abstract — Traditionally, the size of router buffers is deter-mined by the bandwidth-delay product d...
Abstract—Packet losses at IP network are common behavior at the time of congestion. The TCP traffic ...
lucent.com This article is an editorial note submitted to CCR. It has NOT been peer reviewed. Author...
We study the effect of the IP router buffer size on the throughput of HighSpeed TCP (HSTCP). We are ...
Internet routers require buffers to hold packets during times of congestion. The buffers need to be ...
In this paper we develop a fluid model for TCP sources that share a bottleneck router. The model all...
International audienceExcessive buffer sizes in access networks may result in long delays, the effec...
Abstract — Recent research results on Internet router buffer sizing suggest that when TCP traffic is...
In recent years, issues regarding the behavior of TCP in high-speed and long-distance networks have ...
Recent research results suggest that the buffers of router in-terfaces can be made very small, much ...
This paper discusses the dimensioning of buffers and the bandwidth allocation for data traffic in th...
We propose a simple queueing model for TCP transfers sharing a bot-tleneck link and examine its beha...
The router buffer sizing problem is a vital problem to the performance of the Internet. The traditio...
It is largely recognised in the research community that access and edge network buffers need special...
The issue of router buffer sizing is still open and significant. Previous work either considers open...
Abstract — Traditionally, the size of router buffers is deter-mined by the bandwidth-delay product d...
Abstract—Packet losses at IP network are common behavior at the time of congestion. The TCP traffic ...
lucent.com This article is an editorial note submitted to CCR. It has NOT been peer reviewed. Author...
We study the effect of the IP router buffer size on the throughput of HighSpeed TCP (HSTCP). We are ...
Internet routers require buffers to hold packets during times of congestion. The buffers need to be ...
In this paper we develop a fluid model for TCP sources that share a bottleneck router. The model all...
International audienceExcessive buffer sizes in access networks may result in long delays, the effec...
Abstract — Recent research results on Internet router buffer sizing suggest that when TCP traffic is...
In recent years, issues regarding the behavior of TCP in high-speed and long-distance networks have ...
Recent research results suggest that the buffers of router in-terfaces can be made very small, much ...
This paper discusses the dimensioning of buffers and the bandwidth allocation for data traffic in th...
We propose a simple queueing model for TCP transfers sharing a bot-tleneck link and examine its beha...