ON THE PERFORMANCE OF ROUTER AND SWITCH VIRTUALIZED NETWORK FUNCTION (VNF) ON VIRTUAL INTERNET ROUTING LAB

ON THE PERFORMANCE OF ROUTER AND SWITCH VIRTUALIZED NETWORK FUNCTION (VNF) ON VIRTUAL INTERNET ROUTING LAB

Network Function Virtualization (NFV) provides new advanced possibilities in designing and implementing networks. Network functions such as routing, firewall or load-balancing can now be represented as virtual devices known as Virtual Network Function (VNF). NFV makes it easier for network operators...

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Main Author: Friyanto, Angga
Format: Theses
Language:Indonesia
Online Access:https://digilib.itb.ac.id/gdl/view/43457
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Institution: Institut Teknologi Bandung
Language: Indonesia
id id-itb.:43457
spelling id-itb.:434572019-09-27T09:41:28ZON THE PERFORMANCE OF ROUTER AND SWITCH VIRTUALIZED NETWORK FUNCTION (VNF) ON VIRTUAL INTERNET ROUTING LAB Friyanto, Angga Indonesia Theses NFV, VNF, Cloud Computing, IaaS INSTITUT TEKNOLOGI BANDUNG https://digilib.itb.ac.id/gdl/view/43457 Network Function Virtualization (NFV) provides new advanced possibilities in designing and implementing networks. Network functions such as routing, firewall or load-balancing can now be represented as virtual devices known as Virtual Network Function (VNF). NFV makes it easier for network operators to develop and operate their systems, especially in capacity scalability by increasing or reducing the amount of VNF without having to buy new hardware. But the behavior and performance of an NFV system is still dependent on the stack on which it is run e.g. servers, cloud computing software, support services, operating systems etc. In this study we evaluate the performance limits of such VNFs in a virtual Internet routing scenario. Our environment is based on OpenStack infrastructure, which is the most common enterprise grade IaaS platform. We develop several scenarios to determine the ability of routing and switching in a virtual environment and investigate the performance of those VNFs. text
institution Institut Teknologi Bandung
building Institut Teknologi Bandung Library
continent Asia
country Indonesia
Indonesia
content_provider Institut Teknologi Bandung
collection Digital ITB
language Indonesia
description Network Function Virtualization (NFV) provides new advanced possibilities in designing and implementing networks. Network functions such as routing, firewall or load-balancing can now be represented as virtual devices known as Virtual Network Function (VNF). NFV makes it easier for network operators to develop and operate their systems, especially in capacity scalability by increasing or reducing the amount of VNF without having to buy new hardware. But the behavior and performance of an NFV system is still dependent on the stack on which it is run e.g. servers, cloud computing software, support services, operating systems etc. In this study we evaluate the performance limits of such VNFs in a virtual Internet routing scenario. Our environment is based on OpenStack infrastructure, which is the most common enterprise grade IaaS platform. We develop several scenarios to determine the ability of routing and switching in a virtual environment and investigate the performance of those VNFs.
format Theses
author Friyanto, Angga
spellingShingle Friyanto, Angga
ON THE PERFORMANCE OF ROUTER AND SWITCH VIRTUALIZED NETWORK FUNCTION (VNF) ON VIRTUAL INTERNET ROUTING LAB
author_facet Friyanto, Angga
author_sort Friyanto, Angga
title ON THE PERFORMANCE OF ROUTER AND SWITCH VIRTUALIZED NETWORK FUNCTION (VNF) ON VIRTUAL INTERNET ROUTING LAB
title_short ON THE PERFORMANCE OF ROUTER AND SWITCH VIRTUALIZED NETWORK FUNCTION (VNF) ON VIRTUAL INTERNET ROUTING LAB
title_full ON THE PERFORMANCE OF ROUTER AND SWITCH VIRTUALIZED NETWORK FUNCTION (VNF) ON VIRTUAL INTERNET ROUTING LAB
title_fullStr ON THE PERFORMANCE OF ROUTER AND SWITCH VIRTUALIZED NETWORK FUNCTION (VNF) ON VIRTUAL INTERNET ROUTING LAB
title_full_unstemmed ON THE PERFORMANCE OF ROUTER AND SWITCH VIRTUALIZED NETWORK FUNCTION (VNF) ON VIRTUAL INTERNET ROUTING LAB
title_sort on the performance of router and switch virtualized network function (vnf) on virtual internet routing lab
url https://digilib.itb.ac.id/gdl/view/43457
_version_ 1822270388843839488

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