#AI

Figure 1. Left: a floating platform model meets a breaking wave. Right: illustration of its physics-informed AI model, which combines sparse measurements with physical principles to let us “see” the forces on the whole structure. These forces provide critical insights for design and maintenance.
Energy Digital Industry Ocean
#AI

Teaching AI what physics already knows

Author Image
Author Image
Author Image
Author Image
4 authors
Friendly looking robot at a desk pointing to a screen with AI and a human brain on it.
Ocean
#AI

The solution analyser: one AI agent explaining computed results, and a second one testing and repairing it

Yauheni Kisialiou
Yauheni Kisialiou
Research Scientist
Digital
#AI

What does it take to bring physics-informed machine learning to industry?

Author Image
Author Image
Author Image
3 authors
Digital
#AI

How we trained aviation AI on data that never existed

Author Image
Author Image
Author Image
3 authors
Salmon eating pellets under water
Ocean
#AI

When is a fish hungry? AI may have the answer

Aya Saad
Aya Saad
Research Scientist
Digital Ocean
#AI

Developing a Data Marketplace: Discovering Data in Distributed Databases 

Treesa Joseph
Treesa Joseph
Software Developer
Landslide
Digital Building Society
#AI

The Potential of Scientific Machine Learning in Geotechnics and Engineering Geology

Yared Bekele
Yared Bekele
Research Scientist
Digital
#AI

New approach for deep learning in safety-critical applications and physical systems

Alexander Johannes Stasik
Alexander Johannes Stasik
Research Scientist
Artificial intelligence for industry
Digital
#AI

AI in Industry: How to Get Started

Volker Hoffmann
Volker Hoffmann
Researcher
Business graph
Digital
#AI

Machine Learning in Finance

Anders Bryhni
Anders Bryhni