Electrical Engineering and Systems Science

Research enhances quantization techniques to improve speech recognition model efficiency.

PLCMOS offers a new way to evaluate speech quality without human listeners.

LoopBoxes helps children create music easily and collaboratively.

A new method for creating realistic impact sounds through neural networks.

New technique enhances ASR systems for better recognition of non-native accents.

New methods leverage speaker identity to improve speech recognition performance.

A new method combines speech recognition and speaker identification for overlapping speech.

A novel method improves real-time translation quality and efficiency.

AI enhances medical imaging by optimizing data transfer and analysis.

A new machine learning approach improves the accuracy of diagnosing aortic stenosis.

A straightforward method enhances images affected by uneven lighting.

Creating synthetic MRI images to aid machine learning in heart health analysis.

New methods improve MRI scanning speed and image quality using tailored undersampling masks.

A novel technique improves image clarity by leveraging collaborative patch information.

Researchers develop methods to segment blood vessels using synthetic data for improved kidney analysis.

A study reveals methods to protect privacy in MRI data while preserving image quality.

Optical wireless communication is key for fast, reliable networks in the 6G era.

This article presents a method to estimate voltage phase angles in electric power networks.

New methods aim to improve radiomap accuracy for wireless networks.

A new system integrates satellite communication and navigation for better global coverage.

TTE-SIC enhances detection in high-speed wireless communication systems.

Exploring the role of semantic communication in XR applications.

A new system improves image sharing for multiple users under variable conditions.

Channel Denoising Diffusion Models enhance signal clarity in noisy environments.

Exploring intersection checks of polynomial zonotopes in complex systems.

This article presents a method to estimate voltage phase angles in electric power networks.

Methods for controlling distributed-parameter systems using flatness and backstepping designs.

Reassessing how we classify and understand sequential circuits.

Examining how popularity bias affects user satisfaction in recommendation systems.

This paper analyzes the economic benefits of battery storage across its lifespan.

Bayesian Reinforcement Learning enhances voltage control amidst cyber threats.

Explore methods for achieving performance and robustness in control systems.