Electrical Engineering and Systems Science

A new method improves voice conversion between languages while preserving speaker traits.

A new method for understanding how audio models make predictions.

Introducing spatial voice conversion to enhance audio realism and immersion.

WavRx analyzes speech for health while protecting privacy, showing promising diagnostic results.

Research explores how speech analysis can predict suicide risk, considering gender differences.

This paper presents a system to create visuals that respond to music.

A new system helps robots learn tasks using audio from real-life demonstrations.

New methods improve accuracy in recognizing overlapping sounds across diverse audio sources.

Explore methods for compressing images while saving energy without sacrificing quality.

A new algorithm enhances the analysis of calcium imaging data in real-time.

Presenting potential solutions to complex imaging tasks with clarity.

SLOctolyzer automates retinal image analysis, aiding research in eye health.

LACPANet enhances kidney tumor analysis using multi-phase CT imaging.

Two robots improve maze navigation through shared learning experiences while maintaining data privacy.

New device uses fNIRS to reconstruct images from brain activity.

TRIP enhances machine visual recognition efficiency using event-based camera data.

A study on the impact of phase noise in MIMO channels with electro-optic systems.

Improved methods enhance understanding of brain and muscle interactions.

Discover new methods for accurate device location in 5G technology.

Research focuses on improving THz communication using hybrid precoding and innovative algorithms.

Combining CubeSats and drones to enhance global communication access.

Discover how data-driven methods are changing measurements and modeling in metrology.

BD-RIS improves wireless signal quality and efficiency for modern communication systems.

A large-scale dataset enhances vehicle-to-vehicle communication research.

A look into ensemble control strategies for complex systems.

A method to learn low-dimensional dynamics from noisy high-dimensional observations.

Discover how new techniques improve control systems for a smoother experience.

Optimizing PEM electrolyzers for efficient hydrogen production and cost management.

New approaches improve the resilience of RL controllers in uncertain environments.

New guidance scheme improves fuel efficiency in small satellite maneuvers.

A study on predicting electricity grid failures through deep reinforcement learning analysis.

Using topological data analysis for better monitoring of wind turbines.