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Bus monitoring and control environment
Zábušek, Gabriel ; Obdržálek, David (advisor) ; Pop, Tomáš (referee)
This text is intended as an accompaniment to software and hardware environment for monitoring and controlling digital buses named Bus-Spy. The thesis analyses the problems of bus control, bus monitoring and existing solutions. It offers a solution in form of a very modular hardware/software environment which is capable of complete monitoring and controlling the i2c (Inter Integrated Circuit) bus and the CAN (Controller Area Network) bus in their basic form. It also explains the software and hardware design of the environment and describes the implementation. The thesis should mainly serve low level and system developers, firmware engineers or anyone involved with digital bus related communication.
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Bus monitoring and control environment
Zábušek, Gabriel ; Obdržálek, David (advisor) ; Pop, Tomáš (referee)
This text is intended as an accompaniment to software and hardware environment for monitoring and controlling digital buses named Bus-Spy. The thesis analyses the problems of bus control, bus monitoring and existing solutions. It offers a solution in form of a very modular hardware/software environment which is capable of complete monitoring and controlling the i2c (Inter Integrated Circuit) bus and the CAN (Controller Area Network) bus in their basic form. It also explains the software and hardware design of the environment and describes the implementation. The thesis should mainly serve low level and system developers, firmware engineers or anyone involved with digital bus related communication.
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4-channel mixer with real-time effects
Zábušek, Gabriel ; Poch, Tomáš (referee) ; Kofroň, Jan (advisor)
This text is intended as accompaniment to software called Organ-100. The thesis describes the problems paired with real-time digital signal processing on personal computers and gives solution in form of software mixboard supporting variety of digital audio effects working in real-time, support for simultaneous reproduction of sound from 4 independent sources of various formats and microphone support. It also explains the used effects, analyses their characteristics and describes their implementation which works in real-time. The thesis should mainly serve professional DJ's, everyone who is interested in digital audio, digital audio effects or development of software which works with an audio signal. Thesis is completed with all figures. I used the following software to create them: Matlab2007a, Adobe Photoshop 7 and Microsoft Word.
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