Electrical Engineering and Systems Science

A new approach enhances the integration of speech with language models.

Using self-supervised learning to enhance predictions of speech movements in dysarthria.

A new metric to assess the alignment of dance styles with music.

Examining how pretrained language models improve text-to-speech quality.

A new model evaluates audio perception through human feedback using Best-Worst Scaling.

New methods improve the clarity of audio components in music tracks.

BandIt enhances audio source separation using innovative deep learning techniques.

Tailoring emotion recognition technology improves accuracy for diverse speakers.

A study introduces a method for identifying cancer cells using advanced imaging and deep learning.

A study reveals how FAU-Net improves prostate cancer detection using MRI images.

A new method to detect wildfires through smart cameras and drones.

New skin tone metrics aim to improve fairness and privacy in face recognition systems.

BigFUSE enhances image clarity in light-sheet fluorescence microscopy.

Researchers use satellite images and AI to create annual forest height maps.

This study enhances the analysis of CT scans using AI for better COVID-19 detection.

DeepJSCC-MIMO offers improved methods for fast image transmission over wireless networks.

A new method enhances timing precision for reliable high-frequency wireless measurements.

XL-MIMO technology enhances wireless performance for future networks.

Explore key features and challenges of the upcoming 6G mobile network.

A new method for accurately identifying mixed distributions from random variable samples.

This study enhances activity recognition by using hard negative sampling techniques.

A study on the performance of HD and FD access points in wireless communication.

A method to improve estimation accuracy using known correspondences.

A new system enhances management of mobile transmitters in radio zones.

A new iterative scheme improves model reduction for linear time-varying systems.

An overview of LQR and Kalman Filter in control systems.

Effective strategies to stabilize under-frequency load shedding in microgrids.

A new framework for identifying and verifying stability in nonlinear systems.

A method to improve robot efficiency in automotive production lines.

Learn how devices reach consensus on average values through local interactions.

A look at how physics can enhance reinforcement learning methods.

A look into how robots can quickly adapt to changing tasks.