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Design and implementation of MIDI driver
Jirčík, Zdeněk ; Slanina, Martin (referee) ; Schimmel, Jiří (advisor)
This bachelor thesis describes design and implementation of a MIDI controller that will transmit messages to MIDI program change and MIDI continuous messages that the value of the MIDI controller standard type. The theoretical part describes communication using the MIDI protocol, its implementation in microprocessor and controls the LCD controller. The practical part deals with the design and implementation of the MIDI controller. The result of this work is a circuit diagram, PCB, microprocessor control program and construction of MIDI controller.
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Design and construction of sensing part of the cimbalon
Nop, Patrik ; Vrba, Kamil (referee) ; Jirásek, Ondřej (advisor)
This term paper focuses on the design of several possible methods of electroacoustic transduction (further called pickup), specifically of virtual strings of the electronic cimbalom. The paper is based on the problems associated with the classical cimbalom’s design, as well as with its method of tone production. For each of the proposed methods I have made use of my own experiences with guitar pickup, laser harp function, MIDI controller capabilities, and the properties of electret microphones. Most of the methods are ones that I developed and tested in practice, some of which I am still working on and will include in my subsequent Bachelor’s thesis.
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Programmable MIDI Controller
Kolařík, Martin ; Lattenberg, Ivo (referee) ; Schimmel, Jiří (advisor)
This bachelor‘s thesis analyzes a designing a programmable MIDI controller. Theoretical part describes the MIDI protocol, its structure and usage. It also focuses on attributes of used components, mainly the ATmega32-16PU processor and liquid crystal display with HD44780 controller. Practical part of the project focuses on designing an electronic scheme of MIDI controller, its printed circuit board and it describes used program. For programming was used ISP programmer Biprog and as development platform Atmel studio 6.1. Finished controller is able to send MIDI message with every users action, including system messages. It is programmable using computer generated System Exclusive MIDI messages and it contains a soft-thru function.
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Design and construction of sensing part of the cimbalon
Nop, Patrik ; Vrba, Kamil (referee) ; Jirásek, Ondřej (advisor)
This term paper focuses on the design of several possible methods of electroacoustic transduction (further called pickup), specifically of virtual strings of the electronic cimbalom. The paper is based on the problems associated with the classical cimbalom’s design, as well as with its method of tone production. For each of the proposed methods I have made use of my own experiences with guitar pickup, laser harp function, MIDI controller capabilities, and the properties of electret microphones. Most of the methods are ones that I developed and tested in practice, some of which I am still working on and will include in my subsequent Bachelor’s thesis.
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Programmable MIDI Controller
Kolařík, Martin ; Lattenberg, Ivo (referee) ; Schimmel, Jiří (advisor)
This bachelor‘s thesis analyzes a designing a programmable MIDI controller. Theoretical part describes the MIDI protocol, its structure and usage. It also focuses on attributes of used components, mainly the ATmega32-16PU processor and liquid crystal display with HD44780 controller. Practical part of the project focuses on designing an electronic scheme of MIDI controller, its printed circuit board and it describes used program. For programming was used ISP programmer Biprog and as development platform Atmel studio 6.1. Finished controller is able to send MIDI message with every users action, including system messages. It is programmable using computer generated System Exclusive MIDI messages and it contains a soft-thru function.
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Design and implementation of MIDI driver
Jirčík, Zdeněk ; Slanina, Martin (referee) ; Schimmel, Jiří (advisor)
This bachelor thesis describes design and implementation of a MIDI controller that will transmit messages to MIDI program change and MIDI continuous messages that the value of the MIDI controller standard type. The theoretical part describes communication using the MIDI protocol, its implementation in microprocessor and controls the LCD controller. The practical part deals with the design and implementation of the MIDI controller. The result of this work is a circuit diagram, PCB, microprocessor control program and construction of MIDI controller.
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