Národní úložiště šedé literatury Nalezeno 2 záznamů.  Hledání trvalo 0.00 vteřin. 
Novel Methods for Semi-Quantitative Analysis of Biochemical Systems
Bíl, Jan ; Andriushchenko, Roman (oponent) ; Češka, Milan (vedoucí práce)
This thesis aims on providing novel methods for analysis of stochastic bio-chemical systems. It introduces a new population abstraction based on dirac semi-Markov processes. It turned out, that this abstraction is more precise than Continuous time Markov chain abstraction. On this abstraction, analysis methods are provided. Algorithm for transient analysis over this abstraction is described and also novel timed temporal logic formulas, that allow to express interesting biological properties are presented. Further, model-checking algorithm for these formulas is proposed and implemented. Preliminary experiments showing potential of this approach are also described.
Novel Methods for Semi-Quantitative Analysis of Biochemical Systems
Bíl, Jan ; Andriushchenko, Roman (oponent) ; Češka, Milan (vedoucí práce)
This thesis aims on providing novel methods for analysis of stochastic bio-chemical systems. It introduces a new population abstraction based on dirac semi-Markov processes. It turned out, that this abstraction is more precise than Continuous time Markov chain abstraction. On this abstraction, analysis methods are provided. Algorithm for transient analysis over this abstraction is described and also novel timed temporal logic formulas, that allow to express interesting biological properties are presented. Further, model-checking algorithm for these formulas is proposed and implemented. Preliminary experiments showing potential of this approach are also described.

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