Electrical Engineering and Systems Science

Integrating metadata enhances performance in speech tasks like language identification.

This article discusses the Transducer model's real-time capabilities and recent improvements.

This study explores bias in audio models used for instrument recognition.

This study explores a deep learning approach to accurately classify music genres.

Research explores methods for identifying topics directly from audio recordings.

New method improves sound source location tracking in shallow aquatic environments.

A new model connects phonetics and acoustics for better speech technology.

This study highlights the role of self-supervised learning in detecting emotions from audio data.

Combining classical and quantum methods enhances crack detection in concrete structures.

This research explores visual attention mechanisms in the brain and their potential to aid the visually impaired.

Efficient methods to enhance 3D data sharing through point cloud compression.

A look at challenges and solutions in breast cancer screening methods.

Confidence intervals are essential for assessing segmentation tool reliability in medical imaging.

New methods in image denoising enhance quality using fewer resources.

New method improves image quality for smartphone cameras using various sensor patterns.

A new method improves blood vessel segmentation and centerline extraction in medical imaging.

Efficient methods to enhance 3D data sharing through point cloud compression.

This study investigates how brain activity relates to emotions using machine learning.

A smartphone system allows divers to locate each other underwater without extra tools.

A new method improves location accuracy using intelligent reflecting surfaces.

New methods improve accuracy of sensors without expensive references.

This study shows how large datasets improve deep learning in FWI applications.

A method to measure mental workload using EEG provides insights for better health.

A novel method to analyze patient data from wearables for better health insights.

Research introduces control strategies for stabilizing quantum entanglement in qubit systems.

Research advances fault-tolerant controllers for reliable OPO performance in quantum optics.

Research highlights the role of time-delay feedback in quantum self-oscillators.

Learn the basics of how quantum computing works.

Addressing challenges for safe machine learning applications in critical systems.

Examining the impacts of renewable energy variability on New York's power system.

A new method improves the calculation of solar energy hosting capacity.

Learn how AC/DC grids connect different energy networks effectively.