Electrical Engineering and Systems Science

Discover how DDSP improves speech synthesis efficiency and quality.

This study enhances SER through improved preprocessing and efficient attention models.

A framework for real-time music adjustment in games and films.

aTENNuate offers efficient real-time enhancement of speech signals, improving communication clarity.

Researchers explore ultrasonic echoes for accurate distance measurements in quiet indoor settings.

Speaker anonymization techniques safeguard personal information while maintaining communication clarity.

New methods improve voice clarity in noisy environments for hearables.

A new model improves vocal separation and melody transcription in music.

A new approach enhances the merging of satellite images for better analysis.

A new system improves accuracy in vehicle digital displays.

New methods enhance video transmission by predicting missing data effectively.

A new dataset aims to track coastal changes in Ireland accurately.

This article examines how intrinsic dimension influences neural network performance across image types.

TBConvL-Net improves accuracy and efficiency in medical image segmentation.

Discover how the new SwinNPE framework improves image compression without losing quality.

This study examines the creation of realistic chest X-rays through advanced machine learning techniques.

A new approach to transmit graph data effectively by focusing on essential information.

Exploring how quantum systems transform information processing techniques.

Research focuses on improving accuracy and efficiency in radio signal positioning.

Dynamic beamforming enhances performance and energy efficiency in next-generation mobile communication.

Essential steps for submitting papers to the NeurIPS 2024 conference.

SMILE offers faster, clearer cardiac imaging for better heart disease diagnosis.

A new approach to handle and reconstruct signals in complex systems.

Learn how to sample graph signals effectively while maintaining accuracy.

A new approach to enhance transit services in Munich using Shared Autonomous Vehicles.

A novel technique improves tracking in complex systems beyond lower triangular structures.

Examining how controllability and observability in temporal hypergraphs can aid complex systems.

A distributed method for optimization in networked systems with infinite constraints.

A framework enhances AUV performance through USV partnerships for underwater data collection.

ERFSL streamlines reward function creation using large language models.

A new approach helps AUVs make timely decisions underwater.

An overview of flatness-based control and its impact on complex systems.