Researchers from KU Leuven, including Sander De Witte, Jeroen Taets, Andras Retzler, Guillaume Crevecoeur, and Tom Lefebvre, have developed a novel approach to optimize robotic systems using human preferences. Their work, titled “How to Capture Human
KU Leuven Team Revolutionizes Robotic Optimization with Human Preference Read More »
In a world where climate change is reshaping our oceans, a team of researchers led by Amit Unger from Tel-Aviv University has been delving into the resilience of a notorious marine invader, the solitary ascidian Phallusia nigra. Their work, published
Tel-Aviv Researchers Uncover Ascidians’ Climate Adaptation Secrets Read More »
Researchers from the University of Freiburg and the University of Messina have unveiled a breakthrough in soft robotics that could redefine the capabilities of these flexible machines. The team, led by Eduardo Sergio Oliveros-Mata and Giovanni Finocc
Chaos Harnessed: Soft Robots Gain New Capabilities Read More »
Ji-Hong Li, a prominent researcher in the field of marine vessel control systems, has introduced a novel approach to address the challenges of trajectory tracking for underactuated marine vessels. This innovative method leverages control barrier func
Li’s CBF-QP Method Revolutionizes Marine Vessel Control Read More »
In a significant stride towards enhancing maritime structural applications, researchers have explored the potential of Steel-Glass-Reinforced Plastic-Steel (S-GRP-S) sandwich panels as a viable alternative to conventional steel plates. This innovativ
In a quiet corner of Hungary, researchers have been cooking up something that could potentially stir the waters of the maritime industry. Szabolcs Szakács, a scientist from the University of Pannonia’s Research Institute on Bioengineering, Membrane T
Hungarian Breakthrough: Polyaniline Membrane Powers Maritime’s Green Energy Future Read More »
The GigaWorld Team, a collaborative group of researchers from various institutions, has introduced GigaWorld-0, a groundbreaking framework designed to empower embodied AI through world models. This innovative approach aims to create a scalable, data-
GigaWorld-0 Revolutionizes Embodied AI with Scalable Framework Read More »
In the chilly, unforgiving seas, ships face a silent adversary: icing. This isn’t the kind that coats your windshield on a frosty morning. We’re talking about spray icing, a phenomenon that can cripple a ship’s power systems, and it’s a problem that
Beijing Researchers Tackle Ship Icing with Zoned Heating Breakthrough Read More »
Researchers from the University of Minnesota and the University of Science and Technology of China have developed a hybrid reinforcement learning (RL) framework that bridges the gap between simulation and real-world applications in the 3D bin packing
Hybrid AI Boosts Cargo Packing Efficiency at Sea Read More »
Researchers from the University of São Paulo, Brazil, have developed a machine-learning solution to improve fault location accuracy in onshore wind farm collector networks. The team, led by A. J. Alves Junior and including M. J. B. B. Davi, R. A. S.
Brazilian Researchers Revolutionize Wind Farm Fault Detection Read More »
