spatialaudio/data-driven-audio-signal-processing-exercise

Stars
4
Rank 3,304,323 (Top 66 %)
Language
Jupyter Notebook
License
Other
Created about 3 years ago
Updated 6 months ago

spatialaudio/data-driven-audio-signal-processing-exercise

spatialaudio

There are no reviews yet. Be the first to send feedback to the community and the maintainers!

Data Driven Audio Signal Processing - A Tutorial with Computational Examples

python-sounddevice

🔉 Play and Record Sound with Python 🐍

digital-signal-processing-lecture

Digital Signal Processing - Theory and Computational Examples

Jupyter Notebook

nbsphinx

📒 Sphinx source parser for Jupyter notebooks

signals-and-systems-lecture

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

Jupyter Notebook

computational_acoustics

Collection of Jupyter notebooks illustrating various techniques in computational acoustics

Jupyter Notebook

jackclient-python

🂻 JACK Audio Connection Kit (JACK) Client for Python 🐍

portaudio-binaries

Pre-compiled shared libraries for PortAudio

selected-topics-in-audio-signal-processing-exercises

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

Jupyter Notebook

python-rtmixer

🎤 Reliable low-latency audio playback and recording with Python 🐍

sfa-numpy

NumPy/Python toolbox for sound field analysis

digital-signal-processing-exercises

Exercises for a masters course on Digital Signal Processing

Jupyter Notebook

communication-acoustics-exercises

Exercises for the lecture "Communication Acoustics"

Jupyter Notebook

python-sofa

A python API for reading and writing SOFA files (https://www.sofaconventions.org/)

data-driven-audio-signal-processing-lecture

Supplementary materials to the lecture data driven audio signal processing

Jupyter Notebook

audiometer

Computer-controlled software audiometer (student project)

selected-topics-in-audio-signal-processing-lecture

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

Jupyter Notebook

signals-and-systems-exercises

Continuous- and Discrete-Time Signals and Systems - A Tutorial Featuring Computational Examples

sweep

Simulation environment for sweep-based room impulse response measurements (student project)

hptf-compensation-filters

HpTF compensation filters for binaural synthesis with Matlab script for creation of filters out of measurement data

lf-corrected-kemar-hrtfs

KEMAR HRTFs with low frequency correction

aes148-shelving-filter

shelving filter with adjustable transition band @ 148th Audio Engineering Society Convention, Virtual Vienna, 2020

DAGA2017_towards_open_science_in_acoustics

Towards Open Science in Acoustics: Foundations and Best Practices

python-pa-ringbuffer

🐍 Python wrapper for PortAudio's ring buffer 💍

classification_exercise

Multiclass classification example/exercise using deep neural networks (DNNs)

Jupyter Notebook

schunk

Implementation of Schunk Motion Protocol in Python

sciopy

Package for serial communication with the Sciospec EIT device.

doa-early-room-reflections-pwd-vs-omp

Jupyter Notebook

acoustic-localisation-cnn

Convolutional Neural Network for Acoustic Localisation using Multiple Sensors

non-smooth-secondary-source-distributions

Scripts for the paper "Non-smooth secondary source distributions in Wave Field Synthesis" presented at the annual meeting of the Germany acoustical society, 2015, Nuremberg, Germany.

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.

group-delay-of-filters

Group delay of analog and digital IIR filters

multiple-stimuli-rating-gui-jupyter

minimal example: design of a multiple stimuli rating GUI using Jupyter notebook/widgets and OSC control of Reaper DAW

Jupyter Notebook

audibility-constant-phase

Audibility of Constant Phase Shifts in Audio Signals

paper-aes154-individual-hrtf-hoa2binaural

material for paper Schultz et al. (2023): "HRTF Individualised Mag-LS and COMPASS Ambisonics-To-Binaural Rendering: Overall Perceived Quality for Pre-Conditioned Listeners." Proc. 154th AES Conv., Espoo

standards

A Selection of International Standards related to Audio/Acoustics/...

magic_call

Python package for passing some text to a chain of external programs and getting the result(s) back

geq-design

collection of design methods for graphical equalizers

Jupyter Notebook

panorama-examples

panorama

Panorma functionality to the Varisphear system (student project)

ASA2017_Open_Science_in_TwoEars

Open Science in the Two!Ears Project -- Experiences and Best Practices

resampling

Library for resampling with various resampling grids and various interpolation techniques (student project)

schunk-cpp

Implementation of Schunk Motion Protocol in C++