-
Explore the different types of audio signals and plot stats related to them. Explore the data as much as you can to find any important insights.
-
I think that the audio spectrogram could be greatly improved by using a power-law compression. A factor of `~0.3` could be a good start, it is pretty standard for audio signals.
Thank you for this …
-
# Task Name
Music beat tracking
## Task Objective
Estimate the position of beats given a segment of music audio input, then estimate its tempo from the interval length between beats. Beats an…
-
### Description
> I would like to request the extension of the Time-Series Foundation Model to support non-tabular data types, such as RGB images, text, and sound. This would allow the model to handl…
-
### Use case description
My app is a music player with many audiophile users. These users tend to use very high-quality lossless audio that can have bit rates in the megabytes and usually output lar…
-
Hi numcodecs team!
First of all, thank you for the amazing resource that you put together!
I would like to inquire whether you would be interested in including the [WavPack](https://www.wavpack.…
-
**Is your feature request related to a problem? Please describe.**
It'd be nice to add the ability to convolve signals with impulse responses, possibly multichannel impulse responses.
**Describe t…
-
**Feature description**
FM transceivers often use the audio noise level rather than the RSSI level as a squelch trigger. This is able to let through weak signals with fluctuating signal levels (e.g. …
-
Currently JUCE supports jack audio ports fairly well, but there is no jack midi support at all.
This makes sequencing JUCE applications really difficult, having to create virtual midi ports and routi…
-
# Task Name
Multiple Singing Voice Separation
## Task Objective
The primary goal of this task is to separate individual singing voices from a polyphonic audio mix where multiple singers are per…