Electrical Engineering and Systems Science

A new approach enhances the efficiency of multilingual speech recognition systems.

New splits aim to fix issues in audio retrieval dataset.

ProsAudit measures how well models grasp prosodic structures in speech.

An analysis of six speech recognition models focusing on speed and accuracy.

A new method enhances speech presence estimation in noisy environments.

A new approach enhances speech quality using probabilistic models.

Introducing UNA-GAN, a method for improving speech clarity in noisy environments.

D2Former model improves speech quality in noisy environments through innovative audio processing techniques.

A new method improves automatic organ outlining using diverse CT scans.

A new method enhances the detection of hard exudates in diabetic retinopathy images.

This article explores new methods for improving low-light photography.

New network improves crack detection in critical structures with greater accuracy.

A study on using deep learning to enhance Sentinel-2 image quality.

A study on how deep learning models manage image size changes in medical diagnostics.

A method to improve image editing with StyleGAN2.

A new model enhances medical imaging quality for better diagnoses.

Discover how automotive radar improves safety for autonomous vehicles.

Discover how ISAC and RIS improve wireless communication and sensing efficiency.

New approaches simplify feedback in MIMO communication, enhancing performance.

Learn about frame synchronization and channel estimation improvements in wireless systems.

Using bacteria to create tiny machines for smart drug delivery in cancer treatment.

Exploring the advancements and applications of collaborative UAV technology.

Intelligent reflecting surfaces improve performance in wireless sensing applications.

Research focuses on using IRS to enhance radar detection of moving targets.

A look at FSL-PN's role in improving anomaly detection capabilities.

A new control method enhances robot safety in unpredictable environments.

New techniques enhance mobile robot paths using fillets for smoother navigation.

Exploring methods for ensuring timely stabilization in various systems.

Examining the balance between traditional and modern power systems.

Learn about encrypted control systems and their role in data protection.

Using data to improve control of switched affine systems amidst uncertainties.

Machine learning enhances handover processes in ultra-dense mobile networks.