Electrical Engineering and Systems Science

A system that creates unique drum rhythms based on written prompts for musicians.

New methods improve speech recognition accuracy for diverse accents.

A new method for judging how well audio pieces fit together in music.

Methods to speed up speaker diarization without sacrificing accuracy.

GRAFX offers an open-source solution for efficient audio processing with PyTorch.

iDANSE enhances sound processing in acoustic sensor networks for better real-time applications.

Improving binaural sound reproduction for better audio experiences in various devices.

Wav2graph creates knowledge graphs from spoken language for improved AI understanding.

LIP-CAR method reduces contrast agent use while enhancing image quality.

This article examines race bias in AI-based cardiac imaging and proposes solutions.

New deep learning method improves pore defect analysis in metal powders.

BVI-AOM offers a diverse resource for optimizing video compression techniques.

A comprehensive review of deep learning techniques in medical image analysis.

SAM2 enhances medical image analysis, improving task accuracy and accessibility for doctors.

A novel approach uses a single map to create realistic echocardiograms.

SAM-2 improves surgical video analysis, handling challenges like smoke and low lighting.

A novel technique improves machine learning for EEG data across diverse sources.

New radar method for touch detection offers cost-effective solution for large displays.

Jamming attacks threaten the reliability of 5G communication, posing risks to users and services.

A model enhances gaze prediction accuracy using brain signals efficiently.

Combining technology and gardening for urban sustainability.

LLMs improve resource allocation in wireless communication systems, enhancing efficiency.

A novel algorithm enhances synchronization and channel estimation in wireless networks.

New methods improve accuracy in tracking objects using only distance measurements.

A new AI method helps stabilize power grids with renewable energy sources.

Research focuses on creating adaptable robots for diverse environments and tasks.

Study on control methods for stable power grids with renewable sources.

New methods enhance monitoring speed for complex STL formulas using value freezing.

OPENGRASP LITE offers lightweight design and tactile sensors for improved daily use.

A method for developing resilient policies for drones in uncertain environments.

A new approach to analyze reachability in systems influenced by randomness.

New methods using reinforcement learning improve control of complex systems.