Electrical Engineering and Systems Science

New methods are helping machines better interpret individual sounds.

An overview of keyword spotting technologies and their challenges with the Urdu language.

Research reveals the difficulties in speech recognition of police radio transmissions.

PDMX offers a vast collection of public domain symbolic music for AI development.

A study shows i-vectors can compete with complex models in speaker recognition.

A study on how design choices affect speech foundation models.

A new method assesses self-supervised speech models using rank measurement.

Study highlights advances in robot emotion recognition using Vision Transformers.

WaveMixSR-V2 transforms low-resolution images into high-quality outputs efficiently.

AI helps create synthetic CTA images from TOF-MRA scans, improving diagnosis.

A new method enhances cardiac PET imaging quality using Rb-82.

A new approach combines GANs with physics to model porous structures.

Using synthetic PET/CT images to enhance tumor detection and model performance.

A multi-domain model improves segmentation of axons and myelin in diverse images.

Investigation of dataset issues impacting tissue image classification accuracy.

GCC-UNet enhances retinal vessel segmentation for better disease diagnosis.

Explore how the firefly algorithm enhances antenna positioning and beamforming.

Examining how scatterers affect wireless signal quality in various environments.

Learn how motion affects wireless communication signals and their reliability.

A fresh take on boosting wireless communication through Intelligent Reflecting Surfaces.

Study reveals how EEG can track visual focus amidst distractions.

A new method improves wireless signal predictions using machine learning techniques.

A novel method to enhance predictions in sensor networks using data from clusters.

An analysis of signal detection effectiveness through noise covariance estimation.

A method combining offline and online learning for improved pedestrian movement predictions.

Techniques for accurate mass and movement estimation in spacecraft operations.

A new robotic system enhances capabilities for space operations using innovative technology.

BaCLNS streamlines the design of backstepping control laws for engineers.

Methods to guarantee the safe operation of drones in various tasks.

This article discusses new techniques for accurate CubeSat positioning and orientation.

A new approach for agents to share strategies and improve performance in diverse settings.

New approaches in optimal control tackle complex systems and constraints using innovative techniques.