Electrical Engineering and Systems Science

An innovative system automates sound generation for films and games.

New methods improve speaker recognition in noisy environments.

New model improves voice conversion, especially for whispered speech and real-time applications.

Exploring a new digital approach to guitar amplifier sound modeling.

Introducing a groundbreaking system to generate Hindustani vocal music.

A new method for accurately modeling optical compressors using neural networks.

WhisperMask captures voice clearly in noisy places, enhancing communication.

New methods improve voice quality assessments for patients with vocal system issues.

NuSegDG offers improved accuracy for medical image analysis.

A new method enhances image quality affected by double JPEG compression.

Deep learning techniques enhance image quality in X-ray tomography for various applications.

HAPNet combines hyperspectral and SAR data for better land cover classification.

Discover how EUIS-Net improves breast ultrasound image segmentation for better cancer detection.

This study assesses AI accuracy in diagnosing malaria across different healthcare settings.

Discover how AI is transforming diagnosis in computational pathology using foundation and vision-language models.

A deep learning approach improves survival predictions for esophageal squamous cell cancer.

Combining UAVs with intelligent surfaces boosts connectivity in challenging environments.

Exploring the significance of fLoS fading in modern wireless communication.

Collision-Free Balanced Sequences enhance communication systems by preventing interference.

A method for detailed signal analysis over time and frequency.

Deep learning transforms radio propagation modeling for better wireless communication.

Combining fluid antennas and intelligent surfaces enhances wireless communication in dynamic environments.

Stacked intelligent metasurfaces improve wireless network performance and reduce interference.

Exploring Fluid Antenna Systems and Reconfigurable Intelligent Surfaces.

Explore the significance of poles and zeros in quantum physics.

Examining coordination methods for effective multi-agent systems.

Discover how co-design optimizes renewable energy systems for efficiency and reliability.

A new method enhances differentiation accuracy using Taylor expansions and correction terms.

New strategies for effective coordination in multi-agent networks using consensus protocols.

Using data-driven methods to forecast sewer system behavior during heavy rain.

New method enhances safety for autonomous cars using a single RGB-D camera.

Investigating the behavior and stability of contracting systems and their applications.