Electrical Engineering and Systems Science

New model improves speech-to-text translation using large language models.

Research presents a model linking sound recordings to mouth movements for speech.

This article discusses how Wav2Vec2.0 processes speech sounds using phonology.

Improving speaker anonymization technology for nine languages to ensure privacy.

Exploring technology's role in enhancing fish farming efficiency and welfare.

Research highlights the role of video in improving speech recognition in noisy environments.

A novel approach combines voice analysis with privacy protection for dementia detection.

New methods improve accuracy in identifying animal sounds for wildlife monitoring.

A new algorithm improves image quality using diffusion models and MCMC.

New model combines brain scans and genetic data for Alzheimer's diagnosis.

New method improves MRI image quality by addressing motion issues.

This study proposes an advanced approach for analyzing vertebral fractures using deep learning.

A new method enhances medical image analysis using synthetic histopathology images.

A new model enhances segmentation of retinal images for disease diagnosis.

DGR-MIL enhances cancer detection by focusing on instance diversity in whole slide images.

Research highlights the role of video in improving speech recognition in noisy environments.

A look at how prediction-powered inference enhances model performance in wireless technology.

VCHAR improves recognition of complex human activities using innovative visual methods.

New framework effectively identifies power overloading attacks in smart grid systems.

New neural operators improve accuracy in predicting magnetic material behavior.

Dynamic scattering arrays promise improved performance for modern wireless networks.

EDPNet enhances motor imagery decoding for brain-computer interfaces.

Exploring the future of goal-oriented communication in sixth-generation systems.

New methods to keep real-time data relevant in connected environments.

A method to enhance system efficiency without detailed knowledge.

New neural operators improve accuracy in predicting magnetic material behavior.

A system called TieBot helps robots learn to knot ties using simulations.

Exploring how game theory can help manage disease spread and protection measures.

This article examines feedback control methods for efficient tank-liquid management.

This research explores how to manage neural activities with advanced control methods.

Explore the robust instability radius and its significance in control systems.

This article discusses how analytical methods enhance system identification techniques.