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Schedulability Analysis of Real-Time Tasks under Uncertainty
Čus, Samuel ; Šimek, Václav (referee) ; Strnadel, Josef (advisor)
The goal of this bachelor’s thesis is to familiarize with real-time systems, uncertainties and scheduling mechanisms related to these systems, statistical model checking, as well as the design and implementation of an approach to schedulability analysis under uncertainties, creating suitable sets of real-time tasks, and verifying their schedulability using the approach. I have mainly incorporated uncertainties caused by system interruptions and undeterministic task parameters. To address the given problem, I created a set of tasks, incorporated uncertainties into the system, and analyzed the schedulability of the tasks. The system modeling and analysis were conducted using the UPPAAL SMC tool, and, for comparison, also using the Cheddar tool with selected sets of tasks.
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Framework for Testing Student Projects
Dižová, Natália ; Malík, Viktor (referee) ; Smrčka, Aleš (advisor)
This Master's Thesis is about design and implementation of a framework, whose target is to improve effectiveness and simplify student project's evaluation process. Theoretical part of this Thesis is dedicated to software testing fundamentals and used principles. It also describes Linux containerization technology. In the next part, Thesis contains analysis of requirements for student project testing in various University courses. Core of the Thesis describes design and its implementation of a system, which satisfies analyzed requirements. Last part shows how implemented system was verified and shows possible future extensions of this work.
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Framework for Testing Student Projects
Dižová, Natália ; Malík, Viktor (referee) ; Smrčka, Aleš (advisor)
This Master's Thesis is about design and implementation of a framework, whose target is to improve effectiveness and simplify student project's evaluation process. Theoretical part of this Thesis is dedicated to software testing fundamentals and used principles. It also describes Linux containerization technology. In the next part, Thesis contains analysis of requirements for student project testing in various University courses. Core of the Thesis describes design and its implementation of a system, which satisfies analyzed requirements. Last part shows how implemented system was verified and shows possible future extensions of this work.
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