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Computer Network Design for Company Hydrex, s.r.o
Kožiak, Ján ; Peter,, Pastýr (referee) ; Ondrák, Viktor (advisor)
This bachelor’s thesis focuses on a computer network design for Hydrex Ltd, which owns two buildings close to each other in the industrial park. In the theoretical part of the thesis we explain the terms connected with the issue. Practical part of the thesis deals with specific computer network design, the choice of the right network components, graphical proposal, cables pulling and the deployment of data sockets.
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Extension and renovation of communication network in the area of high school
Valný, Jakub ; Sedlák, Petr (referee) ; Novotný, Vít (advisor)
The bachelor's thesis deals with a proposal for the expansion and modernization of a computer network in the high school building. The analytical part of the work describes the current state of the computer network, the building itself and the requirements of the investor. The theoretical part of the thesis describes the information needed to develop the design itself. The design section describes my own project elaboration. The last part of this work is the economic evaluation of the proposal.
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Rennovation of communication network infrastructure
Wawreczka, Marek ; Ondrák, Viktor (referee) ; Novotný, Vít (advisor)
This bachelor thesis deals with complex design of computer network for fictitious company ‚‚ KO SYS a.s. As a background, I will use the current status analysis, which is based on consultation with the main administrator of the entire network. The subject of this work will be to design a complete computer network solution for an office building. For a better understanding, the theoretical background is elaborated. The entire proposed solution is in accordance with the investor's requirements.
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Assemblying effect on cable lines quality
Dočkal, Martin ; Křepelka, Václav (referee) ; Filka, Miloslav (advisor)
In the first part is explained what actually a structured cabling is. Its beginning, from what and why it was created. Its history when at the beginning were applied unbalanced coaxial cables, those were later replaced by balanced cables. In cabling for TVs are still used coaxial cables. Balanced cables are according to type named UTP, STP, FTP, and so on. Whit growing popularity of this type of cabling and its wide spread application was necessary to set some rules, standards, specifications and demands, how to build up the cabling from project to realization. According to these rules is the system built so there are strict rules for length of subsystems and interfaces and the whole appearance of the structure cabling. Next important point is projecting of cabling that is related to the previous points and when it’s finished, we should strictly follow it. With the project is closely connected characteristic of this cabling as attenuations, cross-talks and other transmission parameters which are measured in the practical part. In the second part is spoken about all the parts of which the structured cabling consists - metallic and optical connecting elements and cables. There are also mentioned their mechanical, electrical and transmission features. In the third part is described influence of man on the quality of structured cabling and the most common causes of lower quality and the ways how to prevent this from happening and how to manipulate with cabling not to destroy it. The final (fourth) part considers the measurement. There are measured qualities of metallic wires as the attenuations, delay, cross-talks on the near- and far-end, impedance and resistance. To all the features are mentioned schemes of the measurement on the twisted pairs. The measurement is divided into two parts. In the first part are measured five types of balanced cables of different length, category and damage influencing quality of these cables. In the second part is measured one balanced cable if it’s corresponding with category 5 for that t was made and if it would be possible to use it also for higher category 6. Values are tabularly sorted in tables.
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|
|
Extension and renovation of communication network in the area of high school
Valný, Jakub ; Sedlák, Petr (referee) ; Novotný, Vít (advisor)
The bachelor's thesis deals with a proposal for the expansion and modernization of a computer network in the high school building. The analytical part of the work describes the current state of the computer network, the building itself and the requirements of the investor. The theoretical part of the thesis describes the information needed to develop the design itself. The design section describes my own project elaboration. The last part of this work is the economic evaluation of the proposal.
|
|
|
Rennovation of communication network infrastructure
Wawreczka, Marek ; Ondrák, Viktor (referee) ; Novotný, Vít (advisor)
This bachelor thesis deals with complex design of computer network for fictitious company ‚‚ KO SYS a.s. As a background, I will use the current status analysis, which is based on consultation with the main administrator of the entire network. The subject of this work will be to design a complete computer network solution for an office building. For a better understanding, the theoretical background is elaborated. The entire proposed solution is in accordance with the investor's requirements.
|
|
|
Computer Network Design for Company Hydrex, s.r.o
Kožiak, Ján ; Peter,, Pastýr (referee) ; Ondrák, Viktor (advisor)
This bachelor’s thesis focuses on a computer network design for Hydrex Ltd, which owns two buildings close to each other in the industrial park. In the theoretical part of the thesis we explain the terms connected with the issue. Practical part of the thesis deals with specific computer network design, the choice of the right network components, graphical proposal, cables pulling and the deployment of data sockets.
|
|
|
Assemblying effect on cable lines quality
Dočkal, Martin ; Křepelka, Václav (referee) ; Filka, Miloslav (advisor)
In the first part is explained what actually a structured cabling is. Its beginning, from what and why it was created. Its history when at the beginning were applied unbalanced coaxial cables, those were later replaced by balanced cables. In cabling for TVs are still used coaxial cables. Balanced cables are according to type named UTP, STP, FTP, and so on. Whit growing popularity of this type of cabling and its wide spread application was necessary to set some rules, standards, specifications and demands, how to build up the cabling from project to realization. According to these rules is the system built so there are strict rules for length of subsystems and interfaces and the whole appearance of the structure cabling. Next important point is projecting of cabling that is related to the previous points and when it’s finished, we should strictly follow it. With the project is closely connected characteristic of this cabling as attenuations, cross-talks and other transmission parameters which are measured in the practical part. In the second part is spoken about all the parts of which the structured cabling consists - metallic and optical connecting elements and cables. There are also mentioned their mechanical, electrical and transmission features. In the third part is described influence of man on the quality of structured cabling and the most common causes of lower quality and the ways how to prevent this from happening and how to manipulate with cabling not to destroy it. The final (fourth) part considers the measurement. There are measured qualities of metallic wires as the attenuations, delay, cross-talks on the near- and far-end, impedance and resistance. To all the features are mentioned schemes of the measurement on the twisted pairs. The measurement is divided into two parts. In the first part are measured five types of balanced cables of different length, category and damage influencing quality of these cables. In the second part is measured one balanced cable if it’s corresponding with category 5 for that t was made and if it would be possible to use it also for higher category 6. Values are tabularly sorted in tables.
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