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Implementation of IPv6 Protocol in Corporate Network
Priesnitz, Pavel ; Kovář, Vladislav (referee) ; Ondrák, Viktor (advisor)
The bachelor’s thesis focuses on the IPv6 internet protocol implementation in Teplárny Brno, a.s. network. At the first part it contains a brief definition of the protocol, differences between IPv6 and IPv4 and the teoretical description. Practical part is focused on the analysis of the network infrastructure present state in the real enviroment and offers some possible solution to implementation including recommended devices.
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IPv6 Modelling in OMNeT++
Černý, Marek ; Grégr, Matěj (referee) ; Veselý, Vladimír (advisor)
OMNeT++ is a discrete-event simulator commonly used to build various network simulations. It can be extended by INET framework that supplies models of protocols and devices from TCP/IP environment. This paper explores current capabilities of INET to model IPv6, particularly routing. Implemented extension includes modules of dual-stack router and dual-stack host that support XML-based configuration of IPv6 addressing and static routing. We also introduce an OSPFv3 module that implements most of auxiliary features and is ready for future development of the routing protocol core.
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Wideband methods of data transmission over power networks
Svoboda, Pavel ; Mišurec, Jiří (referee) ; Zeman, Václav (advisor)
The aim of this work was to peruse and desribe the high-speed data technology communicating over energy network. In this work was investigated broadband system communicating over low power distribution network. The laboratory network was designed for measuring parametres of this communication and performed set of tests. Lended devices were described, properties of technology specification and methods of connection and management were introduced. Management, configuration and measuring over web interface on the NMS device was described and simple dividision into corresponding functional blocks corresponding to structure of web bookmaks was made. Metodology of individual tests, grounded on documentation “recomandation” RFC and on introduced works, was elaboratly described. Used tools, their properties and managements were described. The transmission speed on application and physical layer were followed primarily, frequency dependencies on signal noise ratio and bits per carrier were followed secondary. Measured results from individuals tests were compared among each other and evaulated. This observation leaded into decision on needed criteria for varius application. The suitaibility for integration into communication network for maintaining corresponding QoS was appreised. Testing and chosen types of tests in this project were standardized and integrated into ITU standard. Individual tests are able to compare from the view of their testify charactestic.
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Protocol IPv6 and its implementation scenarios
Rýzner, Zdeněk ; Krajsa, Ondřej (referee) ; Lambertová, Petra (advisor)
This thesis deals with IPv6 – the Internet layer protocol and its situation in today’s Internet. In theoretical part are described major changes, which the new protocol brings to networking area – especially addressing, headers format and autoconfiguration. Comparison of IPv6 and IPv4 is also included. Practical part covers connecting to IPv6-Internet with selected transition methods, analyses these methods and features its implementation in dependence on network environment.
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|
|
Implementation of IPv6 Protocol in Corporate Network
Priesnitz, Pavel ; Kovář, Vladislav (referee) ; Ondrák, Viktor (advisor)
The bachelor’s thesis focuses on the IPv6 internet protocol implementation in Teplárny Brno, a.s. network. At the first part it contains a brief definition of the protocol, differences between IPv6 and IPv4 and the teoretical description. Practical part is focused on the analysis of the network infrastructure present state in the real enviroment and offers some possible solution to implementation including recommended devices.
|
|
|
IPv6 Modelling in OMNeT++
Černý, Marek ; Grégr, Matěj (referee) ; Veselý, Vladimír (advisor)
OMNeT++ is a discrete-event simulator commonly used to build various network simulations. It can be extended by INET framework that supplies models of protocols and devices from TCP/IP environment. This paper explores current capabilities of INET to model IPv6, particularly routing. Implemented extension includes modules of dual-stack router and dual-stack host that support XML-based configuration of IPv6 addressing and static routing. We also introduce an OSPFv3 module that implements most of auxiliary features and is ready for future development of the routing protocol core.
|
|
|
Protocol IPv6 and its implementation scenarios
Rýzner, Zdeněk ; Krajsa, Ondřej (referee) ; Lambertová, Petra (advisor)
This thesis deals with IPv6 – the Internet layer protocol and its situation in today’s Internet. In theoretical part are described major changes, which the new protocol brings to networking area – especially addressing, headers format and autoconfiguration. Comparison of IPv6 and IPv4 is also included. Practical part covers connecting to IPv6-Internet with selected transition methods, analyses these methods and features its implementation in dependence on network environment.
|
|
| |
|
|
Wideband methods of data transmission over power networks
Svoboda, Pavel ; Mišurec, Jiří (referee) ; Zeman, Václav (advisor)
The aim of this work was to peruse and desribe the high-speed data technology communicating over energy network. In this work was investigated broadband system communicating over low power distribution network. The laboratory network was designed for measuring parametres of this communication and performed set of tests. Lended devices were described, properties of technology specification and methods of connection and management were introduced. Management, configuration and measuring over web interface on the NMS device was described and simple dividision into corresponding functional blocks corresponding to structure of web bookmaks was made. Metodology of individual tests, grounded on documentation “recomandation” RFC and on introduced works, was elaboratly described. Used tools, their properties and managements were described. The transmission speed on application and physical layer were followed primarily, frequency dependencies on signal noise ratio and bits per carrier were followed secondary. Measured results from individuals tests were compared among each other and evaulated. This observation leaded into decision on needed criteria for varius application. The suitaibility for integration into communication network for maintaining corresponding QoS was appreised. Testing and chosen types of tests in this project were standardized and integrated into ITU standard. Individual tests are able to compare from the view of their testify charactestic.
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