Recent research led by Hu Yancai from the Navigation College at Shandong Jiaotong University has unveiled a cutting-edge approach to enhance the navigation capabilities of Unmanned Surface Vessels (USVs) in challenging maritime environments. Publishe
New Research Boosts USV Navigation with Advanced Collision Avoidance Techniques Read More »
Recent advancements in simulation technology are transforming how ports manage ship traffic, particularly in complex waterways like the Qiongzhou Strait. A new study led by Dong Han from the School of Navigation at Wuhan University of Technology has
New Simulation Model Revolutionizes Ship Traffic Management in Ports Read More »
Recent research conducted by Jin Zhang from the College of Transport & Communications at Shanghai Maritime University has shed light on the performance efficiency of container terminals in China and Korea. Published in the Journal of Marine Science a
New Study Reveals Key Insights to Boost Container Terminal Efficiency Read More »
Inland waterway transport, a crucial segment of global logistics, faces increasing safety challenges as traffic volumes rise and extreme weather events become more frequent. A recent study led by Yanyi Chen from the School of Transportation and Logis
Innovative Study Proposes Tailored Safety Strategies for Inland Waterways Read More »
Recent advancements in natural language processing (NLP) are poised to revolutionize the way navigational safety messages are interpreted and utilized in the maritime industry. A groundbreaking study led by Changui Lee from the Division of Marine Sys
Deep Learning Breakthrough Transforms NAVTEX Message Interpretation for Safer Navigation Read More »
Recent advancements in maritime technology have led to the development of a novel ship path planning system that integrates virtual reality with numerical simulation. This innovative approach, spearheaded by Bing Li from the College of Intelligent Sy
Innovative VR-Driven Path Planning System Revolutionizes USV Navigation Read More »
A recent study led by I-Lun Huang from the Maritime Development and Training Center at National Taiwan Ocean University has unveiled an advanced framework for extracting ship trajectories using Automatic Identification System (AIS) data. This researc
Taiwan’s New Framework Enhances Ship Trajectory Analysis for Safer Waters Read More »
Recent advancements in mobile edge computing (MEC) and wireless power transfer (WPT) technologies are paving the way for enhanced data processing services, particularly in maritime environments. A significant study led by Danxia Qiao from the Departm
Innovative MEC and WPT Technologies Transform Maritime Data Processing Read More »
The expansion of offshore wind power is a significant step toward sustainable energy production, but it also raises important questions regarding its environmental impact, particularly underwater noise. A recent study published in the Journal of Mari
Study Highlights Underwater Noise Risks from Italy’s Offshore Wind Farms Read More »
In a significant advancement for the maritime industry, a research team led by Qi Tian from the State Key Laboratory of Coastal and Offshore Engineering at Dalian University of Technology has developed a novel deep learning model aimed at improving f
Dalian University Develops Deep Learning Model to Enhance Port Equipment Reliability Read More »
