Electrical Engineering and Systems Science

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.

Study reveals serious threats in voice recognition using morph samples.

A detailed dataset combining Mozart's sonatas with piano performances and expert annotations.

A new earbud design improves sound clarity using bone conduction technology.

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 system using Generative AI enhances data transmission efficiency and security.

New technology improves emphysema subtype identification through automated CT scan analysis.

DeepBEAS3D improves medical image segmentation through user interaction and deep learning.

LightTBNet is an efficient model for accurate TB detection in low-resource settings.

This study introduces new methods for creating HDR images from Raw sensor data.

New methods enhance MRI imaging by generating absent sequences for better diagnoses.

Low-power radar systems show promise for enhancing autonomous racing technologies.

A new method to represent flows using cell complexes.

A new method boosts communication quality in 5G networks by addressing receiver distortion.

Quantum Machine Learning merges quantum computing with data analysis, promising advancements in communication.

Introducing WiPe-GAI, a framework for better AI content creation using wireless signals.

This article discusses enhancing sensing performance in ISAC systems using random signals.

A new tool streamlines the gathering of rooftop solar installation data.

BandIt enhances audio source separation using innovative deep learning techniques.

Low-power radar systems show promise for enhancing autonomous racing technologies.

This article discusses strategies for enhancing safety in automated vehicle systems.

A look at how homomorphic encryption aids gradient descent in data security.

Examining how input redundancy interacts with constraints in control systems.

New methods aim to improve wireless charging for mobile devices and electric vehicles.

A new method improves vehicle performance estimation in real time.

A new model enhances how robots learn from their environments.

MA-VAE enhances detection of anomalies in automotive powertrain data.