National Repository of Grey Literature 6 records found  Search took 0.01 seconds. 
Netopeer: Configuration Platform for Network Devices
Žižlavský, Marek ; Žádník, Martin (referee) ; Kořenek, Jan (advisor)
Master's thesis analyzes available network device configuration options and describes NETCONF configuration protocol and NETCONF event notifications extension in details. It describes Netopeer, open configuration platform developed on Liberouter project, and its pitote deployment as FlowMon probe remote configuration system. Newly designed Netopeer architecture, which adds support for NETCONF event notifications, was verified by reference implementation. Security of the new design and implementation was analyzed, and recommended system settings were provided. This Master's thesis is based on results of previous bachelor's thesis of author and on existing software tools developed by the Liberouter project.
Web Configuration Interface for Network Devices
Žižlavský, Marek ; Kořenek, Jan (referee) ; Martínek, Tomáš (advisor)
Main goal of this bachelor work is to design a universal configuration system for remote network device configuration based on the NETCONF protocol and to develop a web configuration interface for the FlowMon, monitoring probe. This work uses existing software tools developed by the Liberouter project. Main objective of the implementation part of this work is to develop a web configuration interface, supporting class libraries for configuration management and GUI creation in PHP. Implemented web configuration interface for the FlowMon probe is a fully-functional prototype of a configuration interface based on concepts of the universal configuration system designed in this bachelor work.
Prototype of exhaustion housing for CNC milling machine on FDM 3D printer
Žižlavský, Marek ; Kolář, Ladislav (referee) ; Zemčík, Oskar (advisor)
Project dissertate about manufacturing of prototype of exhaustion CMC milling machine. It was choose method on FDM 3D printer. Material of printing is PLA. Parameters of printing are layer height 0.25 mm and temperature of extruder 210 °C. Time of printing was 3.25 hours.
Prototype of exhaustion housing for CNC milling machine on FDM 3D printer
Žižlavský, Marek ; Kolář, Ladislav (referee) ; Zemčík, Oskar (advisor)
Project dissertate about manufacturing of prototype of exhaustion CMC milling machine. It was choose method on FDM 3D printer. Material of printing is PLA. Parameters of printing are layer height 0.25 mm and temperature of extruder 210 °C. Time of printing was 3.25 hours.
Web Configuration Interface for Network Devices
Žižlavský, Marek ; Kořenek, Jan (referee) ; Martínek, Tomáš (advisor)
Main goal of this bachelor work is to design a universal configuration system for remote network device configuration based on the NETCONF protocol and to develop a web configuration interface for the FlowMon, monitoring probe. This work uses existing software tools developed by the Liberouter project. Main objective of the implementation part of this work is to develop a web configuration interface, supporting class libraries for configuration management and GUI creation in PHP. Implemented web configuration interface for the FlowMon probe is a fully-functional prototype of a configuration interface based on concepts of the universal configuration system designed in this bachelor work.
Netopeer: Configuration Platform for Network Devices
Žižlavský, Marek ; Žádník, Martin (referee) ; Kořenek, Jan (advisor)
Master's thesis analyzes available network device configuration options and describes NETCONF configuration protocol and NETCONF event notifications extension in details. It describes Netopeer, open configuration platform developed on Liberouter project, and its pitote deployment as FlowMon probe remote configuration system. Newly designed Netopeer architecture, which adds support for NETCONF event notifications, was verified by reference implementation. Security of the new design and implementation was analyzed, and recommended system settings were provided. This Master's thesis is based on results of previous bachelor's thesis of author and on existing software tools developed by the Liberouter project.

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