Add to ORKG[[abstract]]Modeling TCP performance is an important issue over the past decade. In this paper, we address how to predict parallel TCP throughput as a function of feasible network parameters without packet loss rate. The proposed model consider all the TCP’s behavior in slow-start, congestion avoidance, and fast retransmit and recovery phase. The NS2 simulation results confirm the effectiveness of the proposed model
In this paper, we study the performance of TCP in both ideal and non-ideal network environments. For...
Abstract: Performance modeling of the Transport Control Protocol (TCP) has received a lot of at-tent...
peer reviewedBased on a large set of TCP sessions we first study the accuracy of two well-known anal...
Parallel TCP flows are broadly used in the high performance distributed computing community to enha...
Abstract — The majority of traffic on the Internet uses the Transmission Control Protocol (TCP) as a...
In this paper we develop a simple analytic characterization of the steady state throughput, as a fun...
In this paper we develop a simple analytic characterization of the steady state throughput as a func...
This paper explores the concept of Parallel TCP, which splits a traditional single TCP connection in...
This report focuses on explaining how the TCP/IP protocol stack works and how data transfer is achie...
The diversity of the networks (wired/wireless) prefers a TCP solution robust across a wide range of ...
Performance evaluation continues to play an important role in network research. Two types of researc...
We examine the problem of evaluating the performance of TCP connections over wide area networks. Our...
Besides the two classical techniques used to evaluate the performance of a protocol, computer simula...
Abstract For utilizing fast long-distance networks effectively, parallel TCP was proposed, and has b...
In this thesis, a new model for the slow start phase based on the discrete evolutions of congestion ...
In this paper, we study the performance of TCP in both ideal and non-ideal network environments. For...
Abstract: Performance modeling of the Transport Control Protocol (TCP) has received a lot of at-tent...
peer reviewedBased on a large set of TCP sessions we first study the accuracy of two well-known anal...
Parallel TCP flows are broadly used in the high performance distributed computing community to enha...
Abstract — The majority of traffic on the Internet uses the Transmission Control Protocol (TCP) as a...
In this paper we develop a simple analytic characterization of the steady state throughput, as a fun...
In this paper we develop a simple analytic characterization of the steady state throughput as a func...
This paper explores the concept of Parallel TCP, which splits a traditional single TCP connection in...
This report focuses on explaining how the TCP/IP protocol stack works and how data transfer is achie...
The diversity of the networks (wired/wireless) prefers a TCP solution robust across a wide range of ...
Performance evaluation continues to play an important role in network research. Two types of researc...
We examine the problem of evaluating the performance of TCP connections over wide area networks. Our...
Besides the two classical techniques used to evaluate the performance of a protocol, computer simula...
Abstract For utilizing fast long-distance networks effectively, parallel TCP was proposed, and has b...
In this thesis, a new model for the slow start phase based on the discrete evolutions of congestion ...
In this paper, we study the performance of TCP in both ideal and non-ideal network environments. For...
Abstract: Performance modeling of the Transport Control Protocol (TCP) has received a lot of at-tent...
peer reviewedBased on a large set of TCP sessions we first study the accuracy of two well-known anal...