Different mathematical models exist for modelling TCP algorithms and interrelations between TCP and network parameters. In this research, two artificial neural network models were developed to model TCP performance of both lossless and lossy traffic flows. A mathematical base line was defined for accuracy comparison in terms of regression and MSE of estimated throughput. The presence of idle time in TCP flows was investigated and accounted for in the models, in addition to the consideration of non-standard flows and statistical outliers. Neural models developed had outperformed the mathematical modelling of TCP throughput along all stages of this research. Finally, it was suggested to revise the available mathematical model to take idle tim...
The final publication is available at ACM via http://dx.doi.org/10.1145/3229607.3229613Recent trends...
Understanding the nature of TCP behavior is critical in order to properly engineer, operate, and eva...
In this paper, we wish to derive analytic models that predict the performance of TCP flows between s...
This project aims to analyse the efficiency of artificial neural networks when modelling the perform...
Web users are expecting shorter response time when they are using Internet. However, Internet traffi...
Several factors are found to influence either short or long-term burstiness in Transmission Control ...
The widespread diffusion of TCP over the Internet has motivated a significant number of analytical s...
Abstract — The majority of traffic on the Internet uses the Transmission Control Protocol (TCP) as a...
The appliance of machine learning to TCP/IP traffic flows is not new. However, this projects aims to...
The success of the current Internet relies to a large extent on a cooperation between the users and ...
We first study the accuracy of two well-known analytical models of the average throughput of long-te...
The initial rapid expansion of the Internet, in terms of complexity and number of hosts, was followe...
This paper explores the validity of various models which have been proposed in recent years to analy...
Over the past decade and more, several accurate but complex traffic models have been developed by ju...
In recent years, the Internet has evolved from providing connectivity to hosts towards providing per...
The final publication is available at ACM via http://dx.doi.org/10.1145/3229607.3229613Recent trends...
Understanding the nature of TCP behavior is critical in order to properly engineer, operate, and eva...
In this paper, we wish to derive analytic models that predict the performance of TCP flows between s...
This project aims to analyse the efficiency of artificial neural networks when modelling the perform...
Web users are expecting shorter response time when they are using Internet. However, Internet traffi...
Several factors are found to influence either short or long-term burstiness in Transmission Control ...
The widespread diffusion of TCP over the Internet has motivated a significant number of analytical s...
Abstract — The majority of traffic on the Internet uses the Transmission Control Protocol (TCP) as a...
The appliance of machine learning to TCP/IP traffic flows is not new. However, this projects aims to...
The success of the current Internet relies to a large extent on a cooperation between the users and ...
We first study the accuracy of two well-known analytical models of the average throughput of long-te...
The initial rapid expansion of the Internet, in terms of complexity and number of hosts, was followe...
This paper explores the validity of various models which have been proposed in recent years to analy...
Over the past decade and more, several accurate but complex traffic models have been developed by ju...
In recent years, the Internet has evolved from providing connectivity to hosts towards providing per...
The final publication is available at ACM via http://dx.doi.org/10.1145/3229607.3229613Recent trends...
Understanding the nature of TCP behavior is critical in order to properly engineer, operate, and eva...
In this paper, we wish to derive analytic models that predict the performance of TCP flows between s...