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Design of a laboratory for lecturing critical infrastructure
Chudý, Martin ; Jordán, Vilém (referee) ; Ondrák, Viktor (advisor)
This bachelor’s thesis focuses on design of computer network, primarily on the level of physical layer of the ISO/OSI model. Design is designated for building a new laboratory for lecturing critical infrastructure. Within the laboratory we need to choose transmission technology and draft their placement. New laboratory will be created by merging two separated classrooms.
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POF - Polymer optical fibers
Janovský, Marek ; Šifta, Radim (referee) ; Filka, Miloslav (advisor)
This document informs readers with polymer optical fibres (POF). The first section summarizes basic properties and differences between polymer and glass optical fibres. The second section contains list of POF types, their differences in the structure and refractive indexes. Further is described preparation of fibre surface for connector pin and connector types, which are used for POF. Next section contains usage of POF in access networks, types of access networks and FTTx network types. The document continues design of FTTH, FTTB and LAN for home application. The practical part deals with basic measurements with POF, production of coupler and measuring response at test ranges. The final section summarizes the overall findings and results.
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The utilization of POF in access networks
Doležal, Ondřej ; Šporik, Jan (referee) ; Filka, Miloslav (advisor)
In this work, the reader familiares with plastic optical fiber (POF). Firstly are mentioned the basics of the optical transmission. Then there are the main features and parameters POF and a historical overview, detailed description of the types of POF, their important strengths and weaknesses, comparison with glass fiber, installation, available POF connectors and procedure of measurements and a summary of key findings from the practice, including a description of existing experiments and projects. The second part focuses on the use of POF in access networks. There are described present trends in access networks, an overview of optical access networks and explaination the concept with the inclusion of POF in optical networks (FTTX). Furthermore, there are possibilities of POF fibers in segment of local networks and their readiness for advanced network services, such as IPTV. The penultimate chapter contains design test polygon and final part summarizes all findings and results of this work.
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Design of a laboratory for lecturing critical infrastructure
Chudý, Martin ; Jordán, Vilém (referee) ; Ondrák, Viktor (advisor)
This bachelor’s thesis focuses on design of computer network, primarily on the level of physical layer of the ISO/OSI model. Design is designated for building a new laboratory for lecturing critical infrastructure. Within the laboratory we need to choose transmission technology and draft their placement. New laboratory will be created by merging two separated classrooms.
|
|
|
POF - Polymer optical fibers
Janovský, Marek ; Šifta, Radim (referee) ; Filka, Miloslav (advisor)
This document informs readers with polymer optical fibres (POF). The first section summarizes basic properties and differences between polymer and glass optical fibres. The second section contains list of POF types, their differences in the structure and refractive indexes. Further is described preparation of fibre surface for connector pin and connector types, which are used for POF. Next section contains usage of POF in access networks, types of access networks and FTTx network types. The document continues design of FTTH, FTTB and LAN for home application. The practical part deals with basic measurements with POF, production of coupler and measuring response at test ranges. The final section summarizes the overall findings and results.
|
|
|
The utilization of POF in access networks
Doležal, Ondřej ; Šporik, Jan (referee) ; Filka, Miloslav (advisor)
In this work, the reader familiares with plastic optical fiber (POF). Firstly are mentioned the basics of the optical transmission. Then there are the main features and parameters POF and a historical overview, detailed description of the types of POF, their important strengths and weaknesses, comparison with glass fiber, installation, available POF connectors and procedure of measurements and a summary of key findings from the practice, including a description of existing experiments and projects. The second part focuses on the use of POF in access networks. There are described present trends in access networks, an overview of optical access networks and explaination the concept with the inclusion of POF in optical networks (FTTX). Furthermore, there are possibilities of POF fibers in segment of local networks and their readiness for advanced network services, such as IPTV. The penultimate chapter contains design test polygon and final part summarizes all findings and results of this work.
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