In a significant stride towards optimizing offshore wind farm development, a recent study published in the journal ‘Results in Engineering’ (translated from French) has introduced an integrated approach to evaluate offshore wind energy potential. The
Moroccan Researchers Revolutionize Offshore Wind Farm Site Selection Read More »
In a move that could reshape public health and infrastructure planning in the Philippines, a recent perspective article sheds light on the critical need for menstrual-friendly public toilets (MFPTs) to combat period poverty. The article, penned by Je
Maritime Industry Urged to Champion Menstrual Health Infrastructure Read More »
In the world of ecological monitoring, hyperspectral remote sensing technology is making waves, and a recent study led by Chunyan Yu from the Center for Hyperspectral Imaging in Remote Sensing (CHIRS) at Dalian Maritime University in China is pushing
Dalian Maritime University’s Hyperspectral Breakthrough Enhances Wetland Mapping Read More »
In a significant stride towards smarter maritime operations, researchers have developed an intelligent digital twin for ship power systems, promising real-time forecasting and optimization. This innovative solution, spearheaded by Mykola Bulgakov fro
Odesa Researchers Craft Smart Digital Twin for Ship Power Optimization Read More »
In the ever-evolving world of maritime technology, researchers are constantly seeking innovative solutions to enhance the performance and efficiency of electric propulsion systems. A recent study published in the IEEE Access journal, led by Vladimir
Ural Researchers Unveil Cost-Effective Maritime Motor Design Read More »
In a significant stride towards modernizing maritime communication, a recent study published in the IEEE Access journal, led by Gulzaib Rafiq from Kongsberg Maritime AS in Norway, explores the potential of 5G cellular technology to revolutionize the
Kongsberg Maritime Pioneers 5G Revolution for Smarter Seas Read More »
In the ever-evolving world of maritime technology, a recent breakthrough in optimization algorithms could potentially revolutionize how we tackle complex engineering problems. Researchers, led by Tongbang Jiang from the College of Maritime Electrical
Dalian Maritime University’s EPICS Algorithm Revolutionizes Maritime Optimization Read More »
In the world of maritime technology, the ability to accurately detect and identify objects in three dimensions is crucial for autonomous navigation and safety. A recent study published in the Chinese Association for Artificial Intelligence’s Transact
Guangzhou Maritime University’s Syn-Aug Boosts 3D Object Detection for Safer Seas Read More »
In a groundbreaking development for maritime technology, researchers have successfully applied large language models (LLMs) to predict and analyze ship engine vibration signals, a critical aspect of autonomous ship operations. The study, led by Yunzh
Tianjin Researchers Revolutionize Ship Engine Monitoring with LLMs Read More »
In a significant stride towards optimizing foundry processes, researchers have turned to artificial intelligence to tackle the complexities of anthill clay-bonded sand molding. This method, widely used in maritime applications for creating molds for
AI Optimizes Maritime Sand Molding for Enhanced Component Durability Read More »
