National Repository of Grey Literature 2 records found  Search took 0.00 seconds. 
Static data flow analysis for Java programs
Mečiar, Martin ; Zavoral, Filip (advisor) ; Kofroň, Jan (referee)
This thesis proposes a methodology for an acquisition of dependencies between outputs and inputs in Java programs by using static program analysis on bytecode of Java programs. JaBSSA methodology designed by the author is presented in the thesis. The methodology is based on a construction of context-sensitive call graph of the analyzed program and subsequent construction of directed data flow graph, where nodes containing particular metadata represent inputs and outputs of the analyzed program and edges represent data flows amongst them present in the analyzed program. The program on added CD contains JaBSSA's implemen- tation, which serves as a proof of the proposed concept. Java program examples together with test suite generating results of JaBSSA's implementation upon pre- pared Java program examples are part of the program. These generated results are used for demonstration of capabilities and flaws of the proposed concept. 1
Visualisation of interval data
Mečiar, Martin ; Horáček, Jaroslav (advisor) ; Rada, Miroslav (referee)
The thesis is focused on visualisation, comparison and modification of outputs of interval solvers for solving a continuous constraint satisfaction problem. The author's designed solution for the approximation of outputs of solvers is presented in the thesis. The approximation of outputs of solvers is transformed into the problem of visual reallocation of the sets of outputs of solvers on a finer level than interval box level. Main part of the thesis is the program on added CD that allows visualisation, comparison and modification of outputs of interval solvers. The program is written in C++, but can be compiled as a MEX file for MATLAB. A user documentation and a technical documentation for the program are included in the thesis. The thesis shows several examples of program output in the devoted chapter. Powered by TCPDF (www.tcpdf.org)

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