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Self-Testing of Microcontrollers
Denk, Filip ; Šimek, Václav (referee) ; Strnadel, Josef (advisor)
This Master's thesis deals with functional safety of electronic systems. Specifically, it focuses on self-testing of the microprocessor and its peripherals at the software level. The main aim of the thesis is to design and implement a set of functions written in programming language C or assembly language, which automatically test the selected areas of the microcontroller. Resources and methods used in the implemented solution also aim to meet the requirements according to the safety standard IEC 60730-1, Annex H, Software Class B. The microcontroller NXP LPC55S69 was chosen as a hardware platform. It consists of two ARM Cortex-M33 cores. As a result, the example application is provided, which uses implemented test functions at the run-time. Example application also contains a graphical user interface with fault injection ability.
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Expansion Module with MP3 Files Decoder for FITkit Platforma
Brada, Miroslav ; Bartoš, Pavel (referee) ; Šimek, Václav (advisor)
Aim of this project is building of expansion module which expands capabilities of FITkit platform by allowing decoding of MP3 files. This thesis summarize knowledge about current audio encoding formats, available decoders and FITkit platform. Later part of thesis describes design procedure of expansion module for this platform, which was completed, although unsuccessfully. Module is using VS1063 codec. The end of thesis describes possible expansions in case of successful implementation.
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On The Efficiency Of Precise Fault Localization And Identification In No
Valachovič, Marek
The paper joins the Bonfire NoC model, desrcibed in VHDL, together with a method of the precise localization and identification of faults in NoC and sums up a few findings about the efficiency of fault-tolerant NoC employing the method. A special focus is given to the area overhead and the mean time between failures in the presence of no or one permanent fault and some transient faults.
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Self-Testing of Microcontrollers
Denk, Filip ; Šimek, Václav (referee) ; Strnadel, Josef (advisor)
This Master's thesis deals with functional safety of electronic systems. Specifically, it focuses on self-testing of the microprocessor and its peripherals at the software level. The main aim of the thesis is to design and implement a set of functions written in programming language C or assembly language, which automatically test the selected areas of the microcontroller. Resources and methods used in the implemented solution also aim to meet the requirements according to the safety standard IEC 60730-1, Annex H, Software Class B. The microcontroller NXP LPC55S69 was chosen as a hardware platform. It consists of two ARM Cortex-M33 cores. As a result, the example application is provided, which uses implemented test functions at the run-time. Example application also contains a graphical user interface with fault injection ability.
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Expansion Module with MP3 Files Decoder for FITkit Platforma
Brada, Miroslav ; Bartoš, Pavel (referee) ; Šimek, Václav (advisor)
Aim of this project is building of expansion module which expands capabilities of FITkit platform by allowing decoding of MP3 files. This thesis summarize knowledge about current audio encoding formats, available decoders and FITkit platform. Later part of thesis describes design procedure of expansion module for this platform, which was completed, although unsuccessfully. Module is using VS1063 codec. The end of thesis describes possible expansions in case of successful implementation.
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