#signalprocessing — Public Fediverse posts

#CFP

Recent Advances in Music Processing

Special Session at APSIPA ASC 2026 exploring music signal processing, computational musicology, deep learning for music, interactive music systems, MIR, and AI-based music research.

📍 Hanoi, Vietnam
📅 9–12 November 2026

https://www.apsipa2026.org/call_special_session.html

Organizers:
Tetsuro Kitahara ([email protected]) &
Eita Nakamura

Deadline: 15/05/2026

#MusicTechnology #MIR #MusicInformationRetrieval #SignalProcessing #AI #ComputationalMusicology

#CFP

Recent Advances in Music Processing

Special Session at APSIPA ASC 2026 exploring music signal processing, computational musicology, deep learning for music, interactive music systems, MIR, and AI-based music research.

📍 Hanoi, Vietnam
📅 9–12 November 2026

https://www.apsipa2026.org/call_special_session.html

Organizers:
Tetsuro Kitahara ([email protected]) &
Eita Nakamura

Deadline: 15/05/2026

#MusicTechnology #MIR #MusicInformationRetrieval #SignalProcessing #AI #ComputationalMusicology

#CFP

Recent Advances in Music Processing

Special Session at APSIPA ASC 2026 exploring music signal processing, computational musicology, deep learning for music, interactive music systems, MIR, and AI-based music research.

📍 Hanoi, Vietnam
📅 9–12 November 2026

https://www.apsipa2026.org/call_special_session.html

Organizers:
Tetsuro Kitahara ([email protected]) &
Eita Nakamura

Deadline: 15/05/2026

#MusicTechnology #MIR #MusicInformationRetrieval #SignalProcessing #AI #ComputationalMusicology

#CFP

Recent Advances in Music Processing

Special Session at APSIPA ASC 2026 exploring music signal processing, computational musicology, deep learning for music, interactive music systems, MIR, and AI-based music research.

📍 Hanoi, Vietnam
📅 9–12 November 2026

https://www.apsipa2026.org/call_special_session.html

Organizers:
Tetsuro Kitahara ([email protected]) &
Eita Nakamura

Deadline: 15/05/2026

#MusicTechnology #MIR #MusicInformationRetrieval #SignalProcessing #AI #ComputationalMusicology

#CFP

Recent Advances in Music Processing

Special Session at APSIPA ASC 2026 exploring music signal processing, computational musicology, deep learning for music, interactive music systems, MIR, and AI-based music research.

📍 Hanoi, Vietnam
📅 9–12 November 2026

https://www.apsipa2026.org/call_special_session.html

Organizers:
Tetsuro Kitahara ([email protected]) &
Eita Nakamura

Deadline: 15/05/2026

#MusicTechnology #MIR #MusicInformationRetrieval #SignalProcessing #AI #ComputationalMusicology

here's the STELLA paper:

https://doi.org/10.1016/j.acra.2025.11.040

#radiology #science #medicine #webdev #biomedical #image #imageProcessing #signalProcessing #medicalImaging #imaging #CT #MRI

here's the STELLA paper:

https://doi.org/10.1016/j.acra.2025.11.040

#radiology #science #medicine #webdev #biomedical #image #imageProcessing #signalProcessing #medicalImaging #imaging #CT #MRI

here's the STELLA paper:

https://doi.org/10.1016/j.acra.2025.11.040

#radiology #science #medicine #webdev #biomedical #image #imageProcessing #signalProcessing #medicalImaging #imaging #CT #MRI

here's the STELLA paper:

https://doi.org/10.1016/j.acra.2025.11.040

#radiology #science #medicine #webdev #biomedical #image #imageProcessing #signalProcessing #medicalImaging #imaging #CT #MRI

here's the STELLA paper:

https://doi.org/10.1016/j.acra.2025.11.040

#radiology #science #medicine #webdev #biomedical #image #imageProcessing #signalProcessing #medicalImaging #imaging #CT #MRI

just learned from the Stanford Alumni Magazine that Bernard Widrow passed away last September... inventor of the least-mean-square filter, which despite the funny name (it sounds a lot like least squares, minimum residual, etc.) was one of the most important developments in late 20th century adaptive signal processing and digital control. a true pioneer of modern engineering!

https://en.wikipedia.org/wiki/Least_mean_squares_filter

#StanfordUniversity #LeastMeanSquare #LMS #signalProcessing #adaptiveFilter

We are building out a new curriculum day for our #ComputationalNeuroscience course focused on time series analysis and #SignalProcessing. We're looking for 5-10 volunteer contributors w #CompNeuro & #DSP experience.

This is a #volunteer position. Learn more & apply: https://neuromatch.io/volunteer/

#Neuroscience #DataScience #OpenScience #volunteer #BuildYourCV

We are building out a new curriculum day for our #ComputationalNeuroscience course focused on time series analysis and #SignalProcessing. We're looking for 5-10 volunteer contributors w #CompNeuro & #DSP experience.

This is a #volunteer position. Learn more & apply: https://neuromatch.io/volunteer/

#Neuroscience #DataScience #OpenScience #volunteer #BuildYourCV

We are building out a new curriculum day for our #ComputationalNeuroscience course focused on time series analysis and #SignalProcessing. We're looking for 5-10 volunteer contributors w #CompNeuro & #DSP experience.

This is a #volunteer position. Learn more & apply: https://neuromatch.io/volunteer/

#Neuroscience #DataScience #OpenScience #volunteer #BuildYourCV

We are building out a new curriculum day for our #ComputationalNeuroscience course focused on time series analysis and #SignalProcessing. We're looking for 5-10 volunteer contributors w #CompNeuro & #DSP experience.

This is a #volunteer position. Learn more & apply: https://neuromatch.io/volunteer/

#Neuroscience #DataScience #OpenScience #volunteer #BuildYourCV

New in lucidRAG: AudioSummarizer, Reduced RAG + Constrained Fuzziness for audio.

Compute once at ingestion: deterministic signals + auditable evidence (transcript, diarization turns, tiny speaker clips).
Query-time: retrieve facts → optional LLM narrates. No accent/genre guessing. No speaker naming. Offline, pure .NET.

https://www.mostlylucid.net/blog/audiosummarizer-forensic-audio-characterization

#RAG #dotnet #ONNX #Audio #Privacy #SignalProcessing #LLM

Another day, another new feature in #LabPlot - #BaselineCorrection (#arPLS) as an #analysis curve on the plot. 🎁:boost_love:

#MerryChristmas! We hope Santa is good to you this year!🎅 🎄

@[email protected]
@opensource

#OpenSource #FreeSoftware #FLOSS #FOSS #DataViz #DataAnalysis #KDE #BaselineRemoval #BackgroundCorrection #NoiseRemoval #XRD #FTIR #RamanSpectrum #SignalProcessing #Spectroscopy #PeakAnalysis #MaterialsScience #Chemistry #Nanomaterials #Tech #Technology

Another day, another new feature in #LabPlot - #BaselineCorrection (#arPLS) as an #analysis curve on the plot. 🎁:boost_love:

#MerryChristmas! We hope Santa is good to you this year!🎅 🎄

@[email protected]
@opensource

#OpenSource #FreeSoftware #FLOSS #FOSS #DataViz #DataAnalysis #KDE #BaselineRemoval #BackgroundCorrection #NoiseRemoval #XRD #FTIR #RamanSpectrum #SignalProcessing #Spectroscopy #PeakAnalysis #MaterialsScience #Chemistry #Nanomaterials #Tech #Technology

Another day, another new feature in #LabPlot - #BaselineCorrection (#arPLS) as an #analysis curve on the plot. 🎁:boost_love:

#MerryChristmas! We hope Santa is good to you this year!🎅 🎄

@[email protected]
@opensource

#OpenSource #FreeSoftware #FLOSS #FOSS #DataViz #DataAnalysis #KDE #BaselineRemoval #BackgroundCorrection #NoiseRemoval #XRD #FTIR #RamanSpectrum #SignalProcessing #Spectroscopy #PeakAnalysis #MaterialsScience #Chemistry #Nanomaterials #Tech #Technology

Another day, another new feature in #LabPlot - #BaselineCorrection (#arPLS) as an #analysis curve on the plot. 🎁:boost_love:

#MerryChristmas! We hope Santa is good to you this year!🎅 🎄

@[email protected]
@opensource

#OpenSource #FreeSoftware #FLOSS #FOSS #DataViz #DataAnalysis #KDE #BaselineRemoval #BackgroundCorrection #NoiseRemoval #XRD #FTIR #RamanSpectrum #SignalProcessing #Spectroscopy #PeakAnalysis #MaterialsScience #Chemistry #Nanomaterials #Tech #Technology

Another day, another new feature in #LabPlot - #BaselineCorrection (#arPLS) as an #analysis curve on the plot. 🎁:boost_love:

#MerryChristmas! We hope Santa is good to you this year!🎅 🎄

@[email protected]
@opensource

#OpenSource #FreeSoftware #FLOSS #FOSS #DataViz #DataAnalysis #KDE #BaselineRemoval #BackgroundCorrection #NoiseRemoval #XRD #FTIR #RamanSpectrum #SignalProcessing #Spectroscopy #PeakAnalysis #MaterialsScience #Chemistry #Nanomaterials #Tech #Technology

Fourier Transforms

https://www.continuummechanics.org/fourierxforms.html

#HackerNews #FourierTransforms #Mathematics #SignalProcessing #DataAnalysis #Waveforms

Fourier Transforms

https://www.continuummechanics.org/fourierxforms.html

#HackerNews #FourierTransforms #Mathematics #SignalProcessing #DataAnalysis #Waveforms

Fourier Transforms

https://www.continuummechanics.org/fourierxforms.html

#HackerNews #FourierTransforms #Mathematics #SignalProcessing #DataAnalysis #Waveforms

Fourier Transforms

https://www.continuummechanics.org/fourierxforms.html

#HackerNews #FourierTransforms #Mathematics #SignalProcessing #DataAnalysis #Waveforms

Fourier Transforms

https://www.continuummechanics.org/fourierxforms.html

#HackerNews #FourierTransforms #Mathematics #SignalProcessing #DataAnalysis #Waveforms

Hi mastodoners! We are mountaineering acoustics network, a very young nonprofit now working on mountaineering acoustics and #bioacoustics research. We love combine #machinelearning and #signalprocessing techniques with immersive #outdoor adventures.
---
🔥 Learn more through our website: https://mantle-sound.org/
🎶 Listen our (pre-released) #fieldrecording works here: https://prod.mantle-sound.org/

#mannetwork #faircamp #signalprocessing #deeplearning #smc #acoustic #outdoors #introduction #nonprofit

💓 Can we push the boundaries of wearable biosignal monitoring for real-world clinical and research use?

🔗 High-resolution portable bluetooth module for ECG and EMG acquisition. Computational and Structural Biotechnology Journal, DOI: https://doi.org/10.1016/j.csbj.2025.04.020

📚 CSBJ Smart Hospital: https://www.csbj.org/smarthospital

#WearableTech #ECG #EMG #Biosignals #Telemedicine #BiomedicalEngineering #HealthTech #Bluetooth #SignalProcessing

The Fourier Transform is a mathematical operation that transforms a function of time (or space) into a function of frequency. It decomposes a complex signal into its constituent sinusoidal components, each with a specific frequency, amplitude, and phase. This is particularly useful in many fields, such as signal processing, physics, and engineering, because it allows for analysing the frequency characteristics of signals. The Fourier Transform provides a bridge between the time and frequency domains, enabling the analysis and manipulation of signals in more intuitive and computationally efficient ways. The result of applying a Fourier Transform is often represented as a spectrum, showing how much of each frequency is present in the original signal.

\[\Large\boxed{\boxed{\widehat{f}(\xi) = \int_{-\infty}^{\infty} f(x)\ e^{-i 2\pi \xi x}\,\mathrm dx, \quad \forall\xi \in \mathbb{R}.}}\]

Inverse Fourier Transform:
\[\Large\boxed{\boxed{ f(x) = \int_{-\infty}^{\infty} \widehat f(\xi)\ e^{i 2 \pi \xi x}\,\mathrm d\xi,\quad \forall x \in \mathbb R.}}\]

The equation allows us to listen to mp3s today. Digital Music Couldn’t Exist Without the Fourier Transform: http://bit.ly/22kbNfi

#Fourier #FourierTransform #Transform #Time #Frequency #Space #TimeDomain #FrequencyDomain #Wavenumber #WavenumberDomain #Function #Math #Maths #JosephFourier #Signal #Signals #FT #IFT #DFT #FFT #Physics #SignalProcessing #Engineering #Analysis #Computing #Computation #Operation #ComplexSignal #Sinusoidal #Amplitude #Phase #Spectra #Spectrum #Pustam #Raut #PustamRaut #EGR #Mathstodon #Mastodon #GeoFlow #SpectralMethod

3D Printing Bio-Inspired Microphone Designs Based On Moth Ears - If many millions of years of evolution is good for anything, it is to develop micr... - https://hackaday.com/2023/05/24/3d-printing-bio-inspired-microphone-designs-based-on-moth-ears/ #signalprocessing #biomimetics #science

Check out my latest note: Calculating the Harris index with Python libraries https://linkedin.com/pulse/calculating-harris-index-python-libraries-gustavo-sanchez #machinelearning #neuralnetworks #edgeai #edgecomputing #tinyml #anomalydetection
#predictivemaintenance #conditionmonitoring
#timeseriesanalysis #signalprocessing #controlsystems