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Generator of IPv6 Tables
Lorenc, Marián ; Bartoš, Václav (referee) ; Matoušek, Jiří (advisor)
The increasing number of IPv6 prefixes in routing tables require creation of efficient lookup algorithms, which are adapted to the length of prefixes. To create and to test these algorithm,s it is necessary to have extensive tables, which currently do not exist. This thesis is about design and implementation of generator of such tables. Many series of analysis were performed before the implementation. These series were about observing properties of real and generated IPv6 sets of prefixes. The final application was implemented in the way that it corresponds as much as possible to real sets. The correctness of the generator was tested by comparing the bit values of generated and real IPv6 sets.
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IPv6 Prefix Generator
Obrusník, Vojtěch ; Kučera, Jan (referee) ; Matoušek, Jiří (advisor)
Incoming deployment of IPv6 technology in larger scale requires existence of effective route lookup algorithms suitable of manipulation with long IPv6 prefixes. Development of such algorithms is dependent on an huge amount of test data sets, which do not exist at the moment. This paper is focused on design and implementation of a tool, that would be able to generate such test data sets. Study phase of IPv6 address allocation polices and analysis of currently available pieces of prefix sets took place before the implementation. Validation of results was performed by bit value and prefix length scatter measurement.
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IPv6 Prefix Generator
Obrusník, Vojtěch ; Kučera, Jan (referee) ; Matoušek, Jiří (advisor)
Incoming deployment of IPv6 technology in larger scale requires existence of effective route lookup algorithms suitable of manipulation with long IPv6 prefixes. Development of such algorithms is dependent on an huge amount of test data sets, which do not exist at the moment. This paper is focused on design and implementation of a tool, that would be able to generate such test data sets. Study phase of IPv6 address allocation polices and analysis of currently available pieces of prefix sets took place before the implementation. Validation of results was performed by bit value and prefix length scatter measurement.
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Generator of IPv6 Tables
Lorenc, Marián ; Bartoš, Václav (referee) ; Matoušek, Jiří (advisor)
The increasing number of IPv6 prefixes in routing tables require creation of efficient lookup algorithms, which are adapted to the length of prefixes. To create and to test these algorithm,s it is necessary to have extensive tables, which currently do not exist. This thesis is about design and implementation of generator of such tables. Many series of analysis were performed before the implementation. These series were about observing properties of real and generated IPv6 sets of prefixes. The final application was implemented in the way that it corresponds as much as possible to real sets. The correctness of the generator was tested by comparing the bit values of generated and real IPv6 sets.
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