Electrical Engineering and Systems Science

Research looks at anonymizing speech while retaining emotional content.

New method estimates distances using drone motor noise.

This research highlights a new model for better emotion recognition using audio and visual data.

This study examines how AI rates and describes sounds compared to humans.

Study compares phonetic and graphemic inputs in TTS systems for French.

New methods improve audio quality while reducing data usage.

FSB-LSTM improves speech clarity in noisy settings with low latency and low complexity.

Research reveals ways to enhance keyword spotting systems while reducing power consumption.

A new machine learning model predicts Alzheimer's progression more accurately.

A new method automates estimating LVEF from heart ultrasound videos for better patient care.

A new AI tool enhances brain tumor detection in MRI images.

A new model streamlines the identification of craters on planetary surfaces.

A new method bridges the gap between simulator training and real-life X-ray imaging.

Enhancing ultrasound images for better clarity and real-time diagnostics.

HandCT provides a vital resource for machine learning in X-Ray Computed Tomography.

Using optimal transport to improve machine learning across different data styles.

A new method enhances joint probability density estimation with lower-dimensional data.

Optimizing energy use in dense wireless networks for better service.

New surfaces improve object positioning accuracy in challenging environments.

New method enhances signal detection in satellite networks using spiking neural networks.

New systems enhance communication for numerous devices connecting at once.

A new model improves wireless communication using Reconfigurable Intelligent Surfaces.

Using Wi-Fi signals for monitoring human activities offers new advantages in healthcare and beyond.

Exploring the role of light in next-gen wireless connectivity.

A new method for optimizing robot tasks in warehouse operations.

Artificial intelligence enhances realism in motion simulations for driving, aviation, and gaming.

Examining vulnerabilities in our energy infrastructure due to cyber threats.

A new online approach stabilizes unknown linear time-varying systems in real-time.

A two-stage approach to effective system design and operation.

A method to improve safety in self-driving cars and drones despite uncertain conditions.

Learn how model reduction simplifies large linear systems in science and engineering.

Innovative techniques to tackle complex optimization problems in critical systems.