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Design of selected IEEE 802.1Q standard parts
Kliment, Filip ; Pristach, Marián (oponent) ; Fujcik, Lukáš (vedoucí práce)
This thesis deals with network substandards from the TSN group (IEEE 802.1Q), which deal with prioritization of network traffic in TSN networks. These sub-standards include 802.1QBV and 802.1QBU, which have been described in more detail and compared in terms of network permeability and latency. Substandard 802.1QBU was chosen for the design implementation in FPGA. The design was described in VHDL. The devloped design was verified by simulations, using self-tests. The work includes synthesis and time analysis.
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AUTOMATED TESTING OF 10GbE DEVICES
Avramović, Nikola ; Dvořák, Vojtěch (oponent) ; Fujcik, Lukáš (vedoucí práce)
This thesis deals with the designs of the functional verification model and the synthesizable tester of the 10Gb Ethernet devices that use XGMII interface. VHDL programming language is used to describe the model. This thesis consists of the creation of the bus functional model and the design of the tester that is implemented as a generic self-test module. The resulting design allows for verification and testing of the PHY and MAC layers. DE5-Net development board was used in the implementation of the tester. The board was fitted with FPGA Stratix V circuit, by Altera.
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Návrh malé počítačové sítě
Bátora, Peter ; Jordán, Vilém (oponent) ; Ondrák, Viktor (vedoucí práce)
Cílem této práce je analyzovat současný stav počítačové sítě firmy a jeho požadavky na zlepšení sítě, poté navrhnout potřebné změny a způsob jejich realizace. Součástí práce bude také popis jednotlivých vhodných komponent sítě, výběr technologií a postup implementace.
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Wireless model 802.11 in NS2
Botta, Miroslav ; Kubánková, Anna (oponent) ; Šimek, Milan (vedoucí práce)
Theme of this work is simple wireless simulation Network Simulation 2 tool. The work consists of more parts. In the first section is basic theory about Wi-Fi networks, they types and standards and describes how useful can it be in practical life. In the second section there is a short annotation for programming in TCL language and possibilities of NS2 for simulating wireless networks. In the end there is a complex simulation of this network. In the third part there are two complex tasks where the information’s are drawn from the previous two parts.
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Design of selected IEEE 802.1Q standard parts
Kliment, Filip ; Pristach, Marián (oponent) ; Fujcik, Lukáš (vedoucí práce)
This thesis deals with network substandards from the TSN group (IEEE 802.1Q), which deal with prioritization of network traffic in TSN networks. These sub-standards include 802.1QBV and 802.1QBU, which have been described in more detail and compared in terms of network permeability and latency. Substandard 802.1QBU was chosen for the design implementation in FPGA. The design was described in VHDL. The designed design was verified by simulations, using self-tests. The work includes synthesis and time analysis.
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Tester for chosen sub-standard of the IEEE 802.1Q
Avramović, Nikola ; Dvořák, Vojtěch (oponent) ; Fujcik, Lukáš (vedoucí práce)
This master paper is dealing with the analysis of IEEE 802.1Q group of TSN standards and with the design of HW tester. Standard IEEE 802.1Qbu has appeared to be an optimal solution for this paper. Detail explanation of this sub-standard are included in this paper. As HW test the implementation, a protocol aware technique was chosen in order to accelerate testing. Paper further describes architecture of this tester, with detail explanation of the modules. Essential issue of protocol aware controlling objects by SW, have been resolved and described. Result proof that this technique has reached higher speed of testing, reusability, and fast implementation.
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Tester for chosen sub-standard of the IEEE 802.1Q
Avramović, Nikola ; Dvořák, Vojtěch (oponent) ; Fujcik, Lukáš (vedoucí práce)
This master paper is dealing with the analysis of IEEE 802.1Q group of TSN standards and with the design of HW tester. Standard IEEE 802.1Qbu has appeared to be an optimal solution for this paper. Detail explanation of this sub-standard are included in this paper. As HW test the implementation, a protocol aware technique was chosen in order to accelerate testing. Paper further describes architecture of this tester, with detail explanation of the modules. Essential issue of protocol aware controlling objects by SW, have been resolved and described. Result proof that this technique has reached higher speed of testing, reusability, and fast implementation.
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Design of selected IEEE 802.1Q standard parts
Kliment, Filip ; Pristach, Marián (oponent) ; Fujcik, Lukáš (vedoucí práce)
This thesis deals with network substandards from the TSN group (IEEE 802.1Q), which deal with prioritization of network traffic in TSN networks. These sub-standards include 802.1QBV and 802.1QBU, which have been described in more detail and compared in terms of network permeability and latency. Substandard 802.1QBU was chosen for the design implementation in FPGA. The design was described in VHDL. The devloped design was verified by simulations, using self-tests. The work includes synthesis and time analysis.
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Design of selected IEEE 802.1Q standard parts
Kliment, Filip ; Pristach, Marián (oponent) ; Fujcik, Lukáš (vedoucí práce)
This thesis deals with network substandards from the TSN group (IEEE 802.1Q), which deal with prioritization of network traffic in TSN networks. These sub-standards include 802.1QBV and 802.1QBU, which have been described in more detail and compared in terms of network permeability and latency. Substandard 802.1QBU was chosen for the design implementation in FPGA. The design was described in VHDL. The designed design was verified by simulations, using self-tests. The work includes synthesis and time analysis.
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AUTOMATED TESTING OF 10GbE DEVICES
Avramović, Nikola ; Dvořák, Vojtěch (oponent) ; Fujcik, Lukáš (vedoucí práce)
This thesis deals with the designs of the functional verification model and the synthesizable tester of the 10Gb Ethernet devices that use XGMII interface. VHDL programming language is used to describe the model. This thesis consists of the creation of the bus functional model and the design of the tester that is implemented as a generic self-test module. The resulting design allows for verification and testing of the PHY and MAC layers. DE5-Net development board was used in the implementation of the tester. The board was fitted with FPGA Stratix V circuit, by Altera.
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