Add to ORKGIn this paper we describe experiments to investigate the interactions of competing TCP flows typical of a home network. Using a standard FreeBSD 8.2-RELEASE installation, we explore the relationship between queue sizes, congestion windows, latency, and bandwidth and how they relate to each other in such an environment. We find that flows with a higher RTT are at a disadvantage, especially over long running competition
While developing networking for games and applications, developers have a list of network specific r...
In recent years a number of TCP variants have emerged to optimise some aspect of data transport wher...
In this paper we consider the performance of several well known high speed protocols in environments...
Abstract—In this paper we describe experiments to in-vestigate the interactions of competing TCP flo...
As the most widely used reliable transport in today’s In-ternet, TCP has been extensively studied in...
Abstract — Knowledge about properties of network traffic can be beneficial when studying network pro...
Abstract-- The performance of TCP connections sharing a com-mon link and the resulting link usage de...
We study the burstiness of TCP flows at the packet level. We aggregate packets into entities we call...
TCP uses packet loss as a feedback from the network to adapt its sending rate. TCP keeps increasing ...
This paper studies window flow control focusing on bridging the gap between microscopic factors such...
Abstract — While earlier studies have pointed out that short-lived TCP flows (mice) may hurt long-li...
Abstract—This paper studies window flow control focusing on bridging the gap between microscopic fac...
Network conditions and traffic requirements of the Internet have been dynamically changing. These c...
In this paper we develop a fluid model for TCP sources that share a bottleneck router. The model all...
The traditional concept of fairness in TCP is based on being limited by congestion control. Today, h...
While developing networking for games and applications, developers have a list of network specific r...
In recent years a number of TCP variants have emerged to optimise some aspect of data transport wher...
In this paper we consider the performance of several well known high speed protocols in environments...
Abstract—In this paper we describe experiments to in-vestigate the interactions of competing TCP flo...
As the most widely used reliable transport in today’s In-ternet, TCP has been extensively studied in...
Abstract — Knowledge about properties of network traffic can be beneficial when studying network pro...
Abstract-- The performance of TCP connections sharing a com-mon link and the resulting link usage de...
We study the burstiness of TCP flows at the packet level. We aggregate packets into entities we call...
TCP uses packet loss as a feedback from the network to adapt its sending rate. TCP keeps increasing ...
This paper studies window flow control focusing on bridging the gap between microscopic factors such...
Abstract — While earlier studies have pointed out that short-lived TCP flows (mice) may hurt long-li...
Abstract—This paper studies window flow control focusing on bridging the gap between microscopic fac...
Network conditions and traffic requirements of the Internet have been dynamically changing. These c...
In this paper we develop a fluid model for TCP sources that share a bottleneck router. The model all...
The traditional concept of fairness in TCP is based on being limited by congestion control. Today, h...
While developing networking for games and applications, developers have a list of network specific r...
In recent years a number of TCP variants have emerged to optimise some aspect of data transport wher...
In this paper we consider the performance of several well known high speed protocols in environments...