Topic outline

    • Assignment icon

      In this first assignment, your task is to implement sound propagation under free-field conditions. Please find the provided files below.

      Deliverables:

      • Published report (.zip)
      • Sound output (.wav)
      • Complete Code (.zip) 


      **************************************************************
      Maximal Points: 5
      They are given for:

      MyCourse Feedback (0.5)
      Air absorption (.5)
      Filter Design (1)
      Propagation (1)
      Panning (1)
      Comments/Plots/Form (1)

    • Assignment icon

      In the second assignment, your task is to implement Head-Related Transfer Functions and Vector Base Amplitude Panning (VBAP).

      Deliverables (all in one .zip):
      - Published report (.html)
      - sound output (.wav)
      - Complete Code

      Grading Scheme:

    • Assignment icon

      In the third assignment, your task is to implement Ambisonics encoding and decoding.

      Deliverables (all in one .zip):
      - Published report (.html)
      - sound output (.wav)
      - Complete Code

      Grading Scheme

      mycourses feedback (0.5)
      evalSH (1)
      encoding(1)
      decoding, inkl max-re/explanations(2)
      explanations (0.5)

      BONUS AllRAD: 1


    • Assignment icon

      In the fourth assignment, your task is to implement an image source model and wave-domain model.

      Deliverables (all in one .zip):
      - Published report (.html)
      - Complete code (.m)
      - Sound files (.wav)

      Grading Scheme
      prepare Image Source List (1)
      compute relative image source position (1)
      process routine (1)
      Wave-Domain simulations (1.25)
      Explanations + Form (0.5)

      mycourses Feedback (0.25)


    • Assignment icon

      In the fifth assignment, your task is to implement late reverberation with feedback delay networks.

      Deliverables (all in one .zip):
      - Published report (.html)
      - Complete code (.m)
      - Sound files (.wav)

      Grading Scheme

      Delay-proportional absorption filters (1)
      Lossless matrix design (1)
      Late DSP constructor and process (1)
      Explain results (1)
      FDN variation with explanation (0.75)
      mycourses Feedback (0.25)

    • Assignment icon

      In the sixth assignment, your task is to implement simple DoA analysis for parametric SRIR processing

      Deliverables (all in one .zip ! ):
      - Published report (.html)
      - Complete code (.m)

      Grading Scheme

      Broadband PIV function (1.75)
      Discussion of success and failure (1)
      Application to real response (1)
      Discussion of the real world result (1)
      mycourses Feedback (0.25)