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Integration of microstructure informed enrichment base functions
Ladecký, Martin ; Zeman,, Jan (referee) ; Eliáš, Jan (advisor)
This thesis deals with problems related to the numerical integration of rapidly oscillatory functions. Analyze classical methods of numerical integration and compare them with method published by David Levin\cite{levin82}. Levin's method is applied in solving Laplace differential equation that describes deflection of membrane. To solve potential problem is used hybrid finite element method with Trefftz bases functions.
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Reputation-based Adaptation for Structured P2P Networks
Ladecký, Martin ; Novotný, Miroslav (advisor) ; Malohlava, Michal (referee)
The goal of this thesis is to implement reputation based trust management into the routing protocol of peer-to-peer network. This implementation is compared with current standard peer-to-peer security implementations - mostly no security at all and reputation based management without implementation in the routing mechanism. The objective is to improve routing performance and efficiency of secure algorithms.
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Integration of microstructure informed enrichment base functions
Ladecký, Martin ; Zeman,, Jan (referee) ; Eliáš, Jan (advisor)
This thesis deals with problems related to the numerical integration of rapidly oscillatory functions. Analyze classical methods of numerical integration and compare them with method published by David Levin\cite{levin82}. Levin's method is applied in solving Laplace differential equation that describes deflection of membrane. To solve potential problem is used hybrid finite element method with Trefftz bases functions.
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