Smart Nation and Digital Economy (SNDE)

A robust machine learning approach to predict and optimise fuel consumption in ships is critical to practically enhance maritime environmental sustainability.

Advanced materials are set to enhance the transition to 6G networks, enabling faster, broader and more reliable wireless communication.

An innovative approach enhances the accuracy and reliability of spoken language assessments by modelling inherent uncertainties.

Inspired by spider silk, researchers develop a new biocompatible wrapping film that can transform how medical implants interface with human tissues.

A new transparent soft robot uses innovative materials to blend into underwater environments by mimicking the moon jellyfish’s movement and appearance.

A novel machine learning framework efficiently detects small objects in images, potentially boosting computer vision technologies such as self-driving vehicles and remote sensing.

A new approach to generating terahertz radiation offers a compact, tuneable and scalable solution for faster data transmission and improved imaging applications.

A new machine learning method enables smaller models to understand and replicate complex relationships within large networks.

New electromechanically active thin films can revolutionise how devices respond to electrical signals for diverse industrial applications.

A new approach to secure direct communication between devices enhances privacy by preventing eavesdropping.

An enhanced computational design method uses deep learning to accelerate the development of light-based computer chip technologies.

Researchers developed a more efficient AI model for summarising conversations by innovatively enhancing underutilised computational components.