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Company Communication Infrastructure Design
Václavík, Marek ; Jordán, Vilém (referee) ; Ondrák, Viktor (advisor)
This bachelor's thesis assesses the current state of the communication infrastructure in the company. Based on this assessment, a new communication infrastructure is designed. The new design includes the required elements of the communication infrastructure and their assignment into individual sections of the information and communication systems.
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Optical connections and their influence on transmission
Jaroš, Pavel ; Šporik, Jan (referee) ; Tejkal, Vladimír (advisor)
The aim of this bachelor‘s thesis is to evaluate the current options of connecting optical fibres and their application in specific situations. Firstly, I will deal with fiber optic system and its components in detail. Then, this topic will be futher developed by discussing fibre connection problems, fusion splicing for making permanent fiber join, mechanical splice and, most of all, optical connectors. In following chapters I introduce mathematical dependence of attenuation on the relative possition of the ends of fibers. Another aim of the work was to create an application in a suitable programming enviroment, which will be used for design of optical path.
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Company Communication Infrastructure Design
Václavík, Marek ; Jordán, Vilém (referee) ; Ondrák, Viktor (advisor)
This bachelor's thesis assesses the current state of the communication infrastructure in the company. Based on this assessment, a new communication infrastructure is designed. The new design includes the required elements of the communication infrastructure and their assignment into individual sections of the information and communication systems.
|
|
|
Optical connections and their influence on transmission
Jaroš, Pavel ; Šporik, Jan (referee) ; Tejkal, Vladimír (advisor)
The aim of this bachelor‘s thesis is to evaluate the current options of connecting optical fibres and their application in specific situations. Firstly, I will deal with fiber optic system and its components in detail. Then, this topic will be futher developed by discussing fibre connection problems, fusion splicing for making permanent fiber join, mechanical splice and, most of all, optical connectors. In following chapters I introduce mathematical dependence of attenuation on the relative possition of the ends of fibers. Another aim of the work was to create an application in a suitable programming enviroment, which will be used for design of optical path.
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