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Own OSM Map Generator Appliance - Online
Fabčinová, Dominika ; Novotný, Tomáš (referee) ; Kašpárek, Tomáš (advisor)
Thesis analyzes steps of creating maps from OpenStreetMap data. It examines tools, that can be used to perform those steps, evaluates them and their variations with the goal of choosing one suitable to be used in implementation. Then it implements the entire proposed solution using the selected tools from obtaining the data, through rendering map images, to serving them to end users. The procedure is documented thoroughly. It shows how to insert your own layers to the map, in this case counour lines and walking trails and how to search for routes.
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Scalable addressing and routing protocol for ad-hoc networks
Drozdík, Tomáš ; Kratochvíl, Miroslav (advisor) ; Kliber, Filip (referee)
Ad hoc networks are dynamic networks with no pre-existing structure or centralized administration, where all the devices participate equally in the routing of packets. The lack of established structure complicates the effi- ciency of routing in such networks, and makes many address allocation meth- ods unsuitable. The thesis proposes a new routing and addressing protocol SARP, which works as a distance-vector routing protocol, but optimizes the sizes of the routing tables on the individual nodes by automatically approxi- mating the routes into groups where possible. Most importantly, SARP does not require any pre-established network structure nor unique router identi- fiers, and works only by exchanging the entries in routing tables. We show that SARP is a scalable routing protocol on networks where the addresses can be grouped well. Additionally, we show that SARP can, to some extent, use the reduced information for successful address assignment. However, a fully working address assignment in general settings will require further re- search in methods to globally detect address collisions without unique router identification. 1
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HelenOS routing and porting of BIRD
Gálfy, Stanislav ; Děcký, Martin (advisor) ; Mareš, Martin (referee)
Capability to route can be considered as one of the key features of a modern multipurpose operating system, which HelenOS aims to be. The goal of this master thesis is to explore current HelenOS routing capabilities, enhance them and empower HelenOS with BIRD. HelenOS will become a routing operating system with awareness of its surroundings. It will be capable of dynamic adaptation to changes in the network and their propagation.
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HelenOS routing and porting of BIRD
Gálfy, Stanislav ; Děcký, Martin (advisor) ; Mareš, Martin (referee)
Capability to route can be considered one of key features of modern multipurpose operating system, which HelenOS aims to be. Goal of this master thesis is to explore current HelenOS routing capabilities, enhance them and empower HelenOS with BIRD. Thanks to BIRD, HelenOS will become a routing operating system, that is aware of its surroundings and is capable of dynamic adaptation to changes in network, it is part of.
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Sensors for Intelligent Home
Sivý, Pavol ; Košař, Vlastimil (referee) ; Korček, Pavol (advisor)
The main goal of this thesis was to analyze routing functionality of MiWi Pro network. I needed to find a way to get statistical data from network items for purpose of analysis and develop faster mechanism to reload routing rules after replacing part of the network. Gathering of statistical data required design and implementation of protocol needed to exchange information between coordinators inside the network. I developed an algorithm which reloads routing rules after replacing part of network and allows to test individual network items outside of their final location in the network.
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Own OSM Map Generator Appliance - Online
Fabčinová, Dominika ; Novotný, Tomáš (referee) ; Kašpárek, Tomáš (advisor)
Thesis analyzes steps of creating maps from OpenStreetMap data. It examines tools, that can be used to perform those steps, evaluates them and their variations with the goal of choosing one suitable to be used in implementation. Then it implements the entire proposed solution using the selected tools from obtaining the data, through rendering map images, to serving them to end users. The procedure is documented thoroughly. It shows how to insert your own layers to the map, in this case counour lines and walking trails and how to search for routes.
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