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Beamforming using microphone arrays
Bartoň, Zdeněk ; Schimmel, Jiří (referee) ; Míča, Ivan (advisor)
The aim of the master thesis is to sum up theoretical information about beamforming methods of microphone arrays and to verify their functionality. At the beginning of this work there are simulated different varietes of linear uniform and nonuniform microphone arrays and circular arrays. The results are verificated by a practical measurement in ideal conditions. Then I will focuse on implementation of the DAS(Delay And Sum), SAB(Sub Array Beamforming), CDB(Constant Directivity Beamforming), CDB-CA(CDB-Circular Arrays) beamformer including theoretical and practical verification of the functionality in ideal conditions. At the end of this thesis are all beamforming methods compared with each other at SNR(signal to Noise Ratio) and directivity parameters.
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Analyser of DMX512 Protocol with USB Interface
Bartoň, Zdeněk ; Hošek, Jiří (referee) ; Kouřil, Jiří (advisor)
Aim of this work is to make know readers with modern technologies for driving scenic and musical techniques, with focus especially on a new technologies of communication. Subsequently this work deals with proposal and realization electronic device enabling analysis of control protocol DMX512, but also testing bus DMX512.
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Analyser of DMX512 Protocol with USB Interface
Bartoň, Zdeněk ; Hošek, Jiří (referee) ; Kouřil, Jiří (advisor)
Aim of this work is to make know readers with modern technologies for driving scenic and musical techniques, with focus especially on a new technologies of communication. Subsequently this work deals with proposal and realization electronic device enabling analysis of control protocol DMX512, but also testing bus DMX512.
|
|
|
Beamforming using microphone arrays
Bartoň, Zdeněk ; Schimmel, Jiří (referee) ; Míča, Ivan (advisor)
The aim of the master thesis is to sum up theoretical information about beamforming methods of microphone arrays and to verify their functionality. At the beginning of this work there are simulated different varietes of linear uniform and nonuniform microphone arrays and circular arrays. The results are verificated by a practical measurement in ideal conditions. Then I will focuse on implementation of the DAS(Delay And Sum), SAB(Sub Array Beamforming), CDB(Constant Directivity Beamforming), CDB-CA(CDB-Circular Arrays) beamformer including theoretical and practical verification of the functionality in ideal conditions. At the end of this thesis are all beamforming methods compared with each other at SNR(signal to Noise Ratio) and directivity parameters.
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