In the world of maritime maintenance, biofouling is a persistent headache. Those pesky marine organisms that latch onto ship hulls and underwater structures don’t just look bad—they can slow vessels down, hike up fuel costs, and even lead to costly r
Kobe University’s Cavitation Jet Breakthrough Tackles Biofouling Read More »
In a significant stride towards greener and more efficient maritime operations, a novel machine learning framework has been developed to revolutionize real-time ship performance management. The research, led by Christos Spandonidis of Prisma Electron
Greek Innovators Chart Course for Smarter, Greener Ship Performance Management Read More »
In a bid to make sense of the rapidly evolving technological landscape in the maritime industry, a recent study has taken a deep dive into the research trends and knowledge base of this critical sector. The study, led by Armand Djoumessi from the Ita
Maritime Tech Trends: Shore Power, Autonomous Shipping, and More Read More »
In a significant stride towards optimizing carbon capture processes, a recent study led by Abdul Raouf Tajik from the Division of Fluid Dynamics at Chalmers University of Technology in Sweden, and the Southwest Research Institute in the USA, has shed
Chalmers Study Steers Maritime Carbon Capture with Impeller Insights Read More »
In a significant stride towards enhancing privacy-preserving technologies, researchers from Shanghai Ocean University and Shanghai Maritime University have developed an efficient protocol for Fuzzy Labeled Private Set Intersection (FLPSI). This innov
Shanghai Researchers Anchor Faster, Secure Data Matching for Maritime Read More »
In the world of maritime technology, the ability to accurately represent and analyze shapes is crucial for a variety of applications, from ship design to underwater mapping. A recent study published in the journal “Computer Science” (Jisuanji kexue)
Harbin Institute of Technology’s Heat Kernel Method Enhances Maritime Shape Analysis Read More »
In the ever-evolving world of maritime technology, a significant stride has been made in the realm of ship detection using synthetic aperture radar (SAR) images. Researchers, led by Peng Lu from the College of Information Technology at Shanghai Ocean
Shanghai Ocean University’s ECF-YOLO Algorithm Elevates Ship Detection Accuracy Read More »
In the ever-evolving world of maritime technology, a groundbreaking study has emerged that could revolutionize how we maintain and manage radar systems. Researchers from Dalian Maritime University and Dalian Naval Academy have published a comprehensi
Dalian Researchers Chart Course for Smarter Radar Fault Detection in Maritime Read More »
In a significant stride towards understanding how heat and mechanical stress interact in materials, a recent study led by Mohamed F. Ismail from the Faculty of Computers and Information System at the Egyptian Chinese University in Cairo has developed
Egyptian Researchers Chart New Waves in Thermo-Elastic Materials for Maritime Resilience Read More »
In the ever-evolving world of image processing, a groundbreaking development has emerged from the College of Artificial Intelligence at Dalian Maritime University, led by Bolin Song. The research, published in the American Institute of Mathematical S
Dalian Maritime University’s Blind2Grad Revolutionizes Maritime Image Denoising Read More »
