P.H. Trinh

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projects_music [2020/04/15 01:56]
trinh created
projects_music [2020/04/15 01:57] (current)
trinh
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 It will be divided into two parts: ​ It will be divided into two parts: ​
-  - In Part 1, the student will study the basics of sound processing using Fourier transforms. One of the interesting applications we would like to look into is the design of a visualiser, that converts between synthesising audio and converting this into equivalent wave-forms---for example, modelling the type of motion on a drum that would have resulted in making that sound. ​+  - In Part 1, the student will study the basics of sound processing using Fourier transforms. One of the interesting applications we would like to look into is the design of a music visualiser, that converts between synthesising audio and converting this into equivalent wave-forms---for example, modelling the type of motion on a drum that would have resulted in making that sound. ​
   - In Part 2, the student will look into a famous mathematical problem about whether it is possible to infer the shape of a drum based on the sound it makes (i.e. is it possible to determine geometry based on eigenvalues). The student will apply the visualisations developed in Part 1 to dig into the research on this issue. ​   - In Part 2, the student will look into a famous mathematical problem about whether it is possible to infer the shape of a drum based on the sound it makes (i.e. is it possible to determine geometry based on eigenvalues). The student will apply the visualisations developed in Part 1 to dig into the research on this issue. ​