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Untersuchung der Skalierbarkeit virtueller Maschinen für den Einsatz in Rechnernetzemulation (Evaluating the Scalability of Virtual Machines for Use in Computer Network Emulation)

contributor IPVS, Verteilte Systeme
Andreas Grau
Harald Weinschrott
creator Grau, Andreas
Weinschrott, Harald
Schwarzer, Christopher
date 2006-10-09
description 89 pages
Evaluation of distributed applications and network protocols is a difficult task, which can hardly be done by means of real world experiments. Also simulation cannot always be a good approach, because the test subject has to be adapted. Emulation as a third approach, which tries to combine the benefits of both real world experiments and simulation. With increasing hardware performance, emulation based on virtual machines, becomes feasible. Therefore, this case study evaluates the suitability of virtual machine implementations with different designs for use in computer network emulation. A comparison is drawn to an emulation approach based on virtual routing. It is shown that virtual machines are suitable for network emulation, however there are huge performance differences between the different implementations, and huge hardware requirements are needed compared to other computer network emulation approaches.
format application/pdf
678734 Bytes
identifier  http://www.informatik.uni-stuttgart.de/cgi-bin/NCSTRL/NCSTRL_view.pl?id=FACH-0060&engl=1
language eng
publisher Stuttgart, Germany, Universität Stuttgart
relation Student Report Software Engineering No. 60
source ftp://ftp.informatik.uni-stuttgart.de/pub/library/medoc.ustuttgart_fi/FACH-0060/FACH-0060.pdf
subject Network Architecture and Design (CR C.2.1)
Network Protocols (CR C.2.2)
Operating Systems Performance (CR D.4.8)
Model Development (CR I.6.5)
Network
Emulation
Virtualization
Scalability
Virtual Machine
UML
Xen
Qemu
VMware
title Untersuchung der Skalierbarkeit virtueller Maschinen für den Einsatz in Rechnernetzemulation (Evaluating the Scalability of Virtual Machines for Use in Computer Network Emulation)
type Text
Student Report Softwaretechnology