Add to ORKGIn this paper, a state-based model of TCP is presented. During a connection, TCP stays in either of the following states: Slow Start, Congestion Avoidance, Fast Retransmit (Recovery) and Time Out. We propose the use discrete-time batch Markov process (D-BMAP) to model the TCP. We use simulation to examine TCP state by state. We have developed a tool to investigate the behavior of TCP in different periods. At this stage, our tool can detect the beginning and the end of each period, collects some useful statistics for our state-based model. Finally, validation for Markov assumption is provided and verified. I
In this paper, we propose a new analytical model of different versions of the TCP, viz., Tahoe, Reno...
Abstract: This paper presents analytical results of a TCP (Transmission Control Protocol) model base...
This paper presents a new analytical model for the estimation of the performance of TCP connections....
In this paper, a state-based modelling of TCP traffic is presented. During a connection, TCP stays i...
TCP is the most widely used transport protocol in the Internet. The end-to-end performance of most I...
This paper presents a discrete-time Markov chain model for the Reno version of TCP, the transmission...
This paper presents a discrete-time Markov chain model for TCP, the Transmission Control Protocol fo...
This paper presents a discrete-time Markov chain model for the Reno version of TCP, the transmission...
Understanding the nature of TCP behavior is critical in order to properly engineer, operate, and eva...
The success of the current Internet relies to a large extent on a cooperation between the users and ...
this paper, we generalize the framework based on a fixed point method introduced by Casetti and Meo ...
Burstiness in data traffic is emerging as a critical property that protocol analysis nowadays can no...
The paper proposes a Markovian approach to the performance evaluation of the ESSE (early slow start ...
This paper explores the validity of various models which have been proposed in recent years to analy...
We demonstrate how to apply Coupling from the Past, a simulation technique for exact sampling, to Ma...
In this paper, we propose a new analytical model of different versions of the TCP, viz., Tahoe, Reno...
Abstract: This paper presents analytical results of a TCP (Transmission Control Protocol) model base...
This paper presents a new analytical model for the estimation of the performance of TCP connections....
In this paper, a state-based modelling of TCP traffic is presented. During a connection, TCP stays i...
TCP is the most widely used transport protocol in the Internet. The end-to-end performance of most I...
This paper presents a discrete-time Markov chain model for the Reno version of TCP, the transmission...
This paper presents a discrete-time Markov chain model for TCP, the Transmission Control Protocol fo...
This paper presents a discrete-time Markov chain model for the Reno version of TCP, the transmission...
Understanding the nature of TCP behavior is critical in order to properly engineer, operate, and eva...
The success of the current Internet relies to a large extent on a cooperation between the users and ...
this paper, we generalize the framework based on a fixed point method introduced by Casetti and Meo ...
Burstiness in data traffic is emerging as a critical property that protocol analysis nowadays can no...
The paper proposes a Markovian approach to the performance evaluation of the ESSE (early slow start ...
This paper explores the validity of various models which have been proposed in recent years to analy...
We demonstrate how to apply Coupling from the Past, a simulation technique for exact sampling, to Ma...
In this paper, we propose a new analytical model of different versions of the TCP, viz., Tahoe, Reno...
Abstract: This paper presents analytical results of a TCP (Transmission Control Protocol) model base...
This paper presents a new analytical model for the estimation of the performance of TCP connections....