fs446

fs446's Stars

• spatialaudio/digital-signal-processing-lecture

  Digital Signal Processing - Theory and Computational Examples

  Language:Jupyter Notebook7864311201

• spatialaudio/signals-and-systems-lecture

  Continuous- and Discrete-Time Signals and Systems - Theory and Computational Examples

  Language:Jupyter Notebook32120389

• kronihias/ambix

  cross-platform Ambisonic VST, LV2 plug-ins with variable order for use in Digital Audio Workstations like Reaper or Ardour or as Jack standalone applications

  Language:C++232313033

• sfstoolbox/sfs-matlab

  SFS Toolbox for Matlab/Octave

  Language:MATLAB96218039

• kronihias/mcfx

  multichannel cross plattform audio plug-in suite

  Language:C++7711913

• sfstoolbox/sfs-python

  SFS Toolbox for Python

  Language:Python64144519

• spatialaudio/selected-topics-in-audio-signal-processing-exercises

  Exercises for the lecture "Selected Topics in Audio Signal Processing"

  Language:Jupyter Notebook619018

• leomccormack/HO-SIRR

  A MATLAB implementation of the Higher-order Spatial Impulse Response Rendering (HO-SIRR) algorithm; an alternative approach for reproducing Ambisonic RIRs over loudspeakers

  Language:MATLAB39705

• spatialaudio/communication-acoustics-exercises

  Exercises for the lecture "Communication Acoustics"

  Language:Jupyter Notebook221015

• spatialaudio/data-driven-audio-signal-processing-lecture

  Supplementary materials to the lecture data driven audio signal processing

  Language:Jupyter Notebook181008

• sfstoolbox/theory

  Theory of sound field synthesis

  Language:TeX1513163

• AaltoAcousticsLab/aalto-papers

  A list of publications that have accompanying open-source code

  13201

• spatialaudio/selected-topics-in-audio-signal-processing-lecture

  Supplementary material for the masters course "Selected Topics in Audio Signal Processing"

  Language:Jupyter Notebook121002

• sfstoolbox/book

  Ahrens, J.: Analytic Methods of Sound Field Synthesis.

  Language:MATLAB101402

• fzotter/Ambisonic-Jupyter-Notebook

  Notes on spatial audio using Ambisonics and how they work mathematically

  Language:Jupyter Notebook630

• gfirtha/gfirtha_phd_thesis

  A Generalized Wave Field Synthesis Framework with Application for Moving Virtual Sources

  Language:TeX4201

• spatialaudio/improved_driving_functions_for_rectangular_loudspeaker_arrays

  Scripts for the paper "Improved Driving Functions for Rectangular Loudspeaker Arrays Driven by Sound Field Synthesis" presented at the annual meeting of the Germany acoustical society, 2016, Aachen, Germany.

  Language:Python3801

• gfirtha/IEEE_unified_WFS

  Supplementary material for the article G. Firtha, P. Fiala, F. Schultz and S. Spors. Improved Referencing Schemes for 2.5D Wave Field Synthesis Driving Functions in IEEE/ACM Transaction on Audio, Speech and Language Processing

  Language:Matlab2201

• spatialaudio/audibility-constant-phase

  Audibility of Constant Phase Shifts in Audio Signals

  Language:TeX2502

• gfirtha/i3da2023_firtha_hahn_schultz_fiala

  1300

• mgeier/digital-signal-processing-lecture

  Lecture notes for the masters course Digital Signal Processing

  Language:Jupyter Notebook1