Titlebook: Implementation and Application of Automata; 28th International C Szilárd Zsolt Fazekas Conference proceedings 2024 The Editor(s) (if applic

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Luisa Herrmann,Richard M?rbitzor years (.,.). It is well known that the angiographic assessment of an epicardial lesion correlates poorly with its physiological relevance (.,.). Coronary angiography with its inherent limitations may not reliably predict whether a stenosis produces ischemia (.). In addition, the determination of

Crohns-disease

Michal Hospodár,Viktor Olejár,Juraj ?ebejnction of genes and their roles in disease processes. The proteome is defined as the complement of proteins expressed by the genome. The ultimate expression of the genome is the proteome. As proteins are the actual molecular workhorses that carry out gene function within cells, proteomic studies are

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Jozef Jirásek,Galina Jirásková,Jeffrey Shallitation, migration, and differentiation of the cellular components involved in proliferative vascular diseases. Understanding the cell cycle and how it senses and responds to disease states has provided significant insights into the pathophysiology of both atherosclerosis and vascular smooth muscle ce

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Martin Kutrib,Andreas Malcher,Carlo Mereghetti,Beatrice Palano,Priscilla Raucci,Matthias Wendlandtnction of genes and their roles in disease processes. The proteome is defined as the complement of proteins expressed by the genome. The ultimate expression of the genome is the proteome. As proteins are the actual molecular workhorses that carry out gene function within cells, proteomic studies are

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Automata and?Grammars for?Data Wordsdata manipulation in a restricted way. This paper reviews definitions and basic properties of RA and RCFG. As a related topic, logics on data words, namely, linear-time temporal logic (LTL) with freeze quantifier and two-variable first-order logic with data equality are explained. Finally, nominal a

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Using Finite Automata to?Compute the?Base-, Representation of?the?Golden Ratio and?Other Quadratic Ie can be computed by a finite automaton. Similar results can be proven for any quadratic irrational. We use a satisfiability (SAT) solver to prove, in some cases, that the automata we construct are minimal.