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Experimental Electro-Mechanical Musical String Instrument
Svěrák, Jan ; Mojdl, Edgar (referee) ; Dlouhý, Dan (advisor)
The goal of this thesis is to design and construct a prototype of an experimental electromechanical musical instrument of unusual construction and a plethora of achievable timbres. The design is based on a combination of fundamental attributes of two already existing instruments, namely the hurdy-gurdy and the electric guitar. The first chapter of this thesis analyzes the theoretical background of said problematics. The second chapter describes the construction and function of individual components, including the reasoning behind the chosen principles and materials. The third chapter describes the changes from the original design and the process of building the instrument. The fourth chapter evaluates the instrument in terms of functionality and its properties. The fifth chapter proposes changes in design which could eliminate or mitigate the problems revealed by the prototype.
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Audio signal editing software for multi-speaker systems
Svěrák, Jan ; Schimmel, Jiří (referee) ; Sysel, Petr (advisor)
This master’s thesis focuses on creating audio editing software for multi-speaker systems which can be used for real-time signal processing, such as polarity inversion or delay ranging from one to several thousand samples. The thesis is split into three main chapters. The first chapter contains theoretical knowledge required for development of audio software, for example principles of digital signal processing. The second chapter comprises of an overview of the source files and descriptions of several significant classes and functions. The last chapter is intended as a user guide, therefore it contains instructions on how to operate the software via the user interface.
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Audio signal editing software for multi-speaker systems
Svěrák, Jan ; Schimmel, Jiří (referee) ; Sysel, Petr (advisor)
This master’s thesis focuses on creating audio editing software for multi-speaker systems which can be used for real-time signal processing, such as polarity inversion or delay ranging from one to several thousand samples. The thesis is split into three main chapters. The first chapter contains theoretical knowledge required for development of audio software, for example principles of digital signal processing. The second chapter comprises of an overview of the source files and descriptions of several significant classes and functions. The last chapter is intended as a user guide, therefore it contains instructions on how to operate the software via the user interface.
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Experimental Electro-Mechanical Musical String Instrument
Svěrák, Jan ; Mojdl, Edgar (referee) ; Dlouhý, Dan (advisor)
The goal of this thesis is to design and construct a prototype of an experimental electromechanical musical instrument of unusual construction and a plethora of achievable timbres. The design is based on a combination of fundamental attributes of two already existing instruments, namely the hurdy-gurdy and the electric guitar. The first chapter of this thesis analyzes the theoretical background of said problematics. The second chapter describes the construction and function of individual components, including the reasoning behind the chosen principles and materials. The third chapter describes the changes from the original design and the process of building the instrument. The fourth chapter evaluates the instrument in terms of functionality and its properties. The fifth chapter proposes changes in design which could eliminate or mitigate the problems revealed by the prototype.
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