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Coverage of signal - remote regionn
Grenar, David ; Křepelka, Václav (referee) ; Filka, Miloslav (advisor)
Because the Czech Republic has been specific geographically rugged terrain. We could find a many places without a voice and data coverage. This place with worst signal coverage have sometime only the GSM technology, but this technology does not have high quality for calling inside building. The operators which are owner of GSM networks they don't care about how to make better coverage. The investment is more expensive than the profit of service. In 2012 was prepared auction of frequency for new LTE technology. In one of point was written that operators must start with building the networks at place with worst signal coverage, but in 2013 this point is missing. In thesis we will basically from our theoretical technological experience trying found out a solution of coverage in remote region. Our solution trying found out a best way between economic a technological transmission demand, between metallic, optical and wireless transmission medium. Next part is interest about compare properties, technical parameter and economics of building a type of network. Final step is building a real network distribution in chosen region.
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Primary School Computer Network Design
Soukup, Dominik ; Petr,, ROZEHNAL (referee) ; Ondrák, Viktor (advisor)
This bachelor thesis focuses on the design of a functional computer network for a primary school in Hrušovany nad Jevišovkou. The thesis analyses the current state of the network and based on this analysis proposes its own solution. The aim is to create a network that will not only be functional, but also easily expandable and will fully meet the requirements of the investor.
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Coverage of signal - remote regionn
Grenar, David ; Křepelka, Václav (referee) ; Filka, Miloslav (advisor)
Because the Czech Republic has been specific geographically rugged terrain. We could find a many places without a voice and data coverage. This place with worst signal coverage have sometime only the GSM technology, but this technology does not have high quality for calling inside building. The operators which are owner of GSM networks they don't care about how to make better coverage. The investment is more expensive than the profit of service. In 2012 was prepared auction of frequency for new LTE technology. In one of point was written that operators must start with building the networks at place with worst signal coverage, but in 2013 this point is missing. In thesis we will basically from our theoretical technological experience trying found out a solution of coverage in remote region. Our solution trying found out a best way between economic a technological transmission demand, between metallic, optical and wireless transmission medium. Next part is interest about compare properties, technical parameter and economics of building a type of network. Final step is building a real network distribution in chosen region.
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