The discrete event simulator OMNeT++, that is programmed in C++, shows a steady growing popularity. A shortcoming of it was the lack of a validated TCP implementation. In order to avoid a re-implementation of a fullfeatured TCP, including all potential implementation errors and costly validation tests, we integrated a TCP/IP stack of a real operating system into OMNeT++. In this paper we describe the difficulties of the integration process as well as the applied solutions. We also present some evaluation results that outline memory and CPU usage.
Since TCP is considered unsuitable for the majority of the emerging multimedia applications, these a...
This letter presents a Flow-Level Extension to OMNeT++ (FLEO) that allows a discrete event simulator...
The Transmission Control Protocol (TCP) is the dominating end-to-end protocol on the Internet today,...
The purpose of a simulation is to try to get an indication on how a given system will behave in a ra...
The aim of this Thesis is giving information about the network simulating system OMNeT++ and its ext...
TCP (Transport Control Protocol) is widely known as a communication protocol between devices that gu...
Abstract: Knowledge construction is favoured by simulation, a form of situation based learning, wher...
Abstract—Network simulator has been acknowledged as one of the most flexible means in studying and d...
The OMNeT is basically a collection of software tools and libraries which you can use to build you...
This diploma thesis describes a possibility of application protocol implementation in OPNET Modeler ...
Quality of service (QoS) is an important consideration in networking, but it is also a significant c...
It is necessary to use simulation tools in the study of wireless network. The object-oriented modul...
This paper discusses TCP/IP networking, and in particular, the DaSSF implementation of TCP/IP. The p...
Network simulations play a substantial role in evaluating network protocols. Simulations facilitate ...
Simulation studies have proven useful in networking research, as large-scale trials are often diffic...
Since TCP is considered unsuitable for the majority of the emerging multimedia applications, these a...
This letter presents a Flow-Level Extension to OMNeT++ (FLEO) that allows a discrete event simulator...
The Transmission Control Protocol (TCP) is the dominating end-to-end protocol on the Internet today,...
The purpose of a simulation is to try to get an indication on how a given system will behave in a ra...
The aim of this Thesis is giving information about the network simulating system OMNeT++ and its ext...
TCP (Transport Control Protocol) is widely known as a communication protocol between devices that gu...
Abstract: Knowledge construction is favoured by simulation, a form of situation based learning, wher...
Abstract—Network simulator has been acknowledged as one of the most flexible means in studying and d...
The OMNeT is basically a collection of software tools and libraries which you can use to build you...
This diploma thesis describes a possibility of application protocol implementation in OPNET Modeler ...
Quality of service (QoS) is an important consideration in networking, but it is also a significant c...
It is necessary to use simulation tools in the study of wireless network. The object-oriented modul...
This paper discusses TCP/IP networking, and in particular, the DaSSF implementation of TCP/IP. The p...
Network simulations play a substantial role in evaluating network protocols. Simulations facilitate ...
Simulation studies have proven useful in networking research, as large-scale trials are often diffic...
Since TCP is considered unsuitable for the majority of the emerging multimedia applications, these a...
This letter presents a Flow-Level Extension to OMNeT++ (FLEO) that allows a discrete event simulator...
The Transmission Control Protocol (TCP) is the dominating end-to-end protocol on the Internet today,...