Introduces the topics of marine spray icing, the Institute for Ocean Technology's (IOT) Marine Icing Monitoring System (MIMS), and image processing used to collect data from the images. Describes, in depth, the current system, process, and techniques being used to determine ice thickness on various structures at sea. Also, limitations, advantages and where this technology can be advanced to give more precise readings, given more time to focus on it.NRC publication: Ye
A personal computer aided image analyzing system that can assess sea ice condition is described. The...
The estimation of ice forces are critical to Dynamic Positioning (DP) operations in Arctic waters. I...
The estimation of ice forces are critical to Dynamic Positioning (DP) operations in Arctic waters. I...
National Research Council\u2019s Institute for Ocean Technology (NRC-IOT) has successfully applied i...
Image analysis strategies have been developed and shown to be useful for analyzing images from marin...
The Marine Icing Monitoring System (MIMS) is a system used to collect image data to monitor ice accu...
A Marine Icing Monitoring System (MIMS) has been developed and deployed on a Marine Atlantic ferry a...
As recent technology has become more heavily integrated into research opportunities, researchers hav...
This study employs a method based on image analyses and structure information to detect accumulated ...
Ships operating in a cold climate face many challenges. There are several associated risks such as s...
A sensor instrumentation and an automated process are proposed for sea-ice field analysis using ship...
There are several challenges to operating in a cold climate. Marine icing is one of them, and its mi...
The estimation of ice forces are critical to Dynamic Positioning (DP) operations in Arctic waters. I...
A sensor instrumentation and an automated process are proposed for sea-ice field analysis using ship...
The operations of ships in Arctic areas are delayed and endangered by icing, which is caused by sea ...
A personal computer aided image analyzing system that can assess sea ice condition is described. The...
The estimation of ice forces are critical to Dynamic Positioning (DP) operations in Arctic waters. I...
The estimation of ice forces are critical to Dynamic Positioning (DP) operations in Arctic waters. I...
National Research Council\u2019s Institute for Ocean Technology (NRC-IOT) has successfully applied i...
Image analysis strategies have been developed and shown to be useful for analyzing images from marin...
The Marine Icing Monitoring System (MIMS) is a system used to collect image data to monitor ice accu...
A Marine Icing Monitoring System (MIMS) has been developed and deployed on a Marine Atlantic ferry a...
As recent technology has become more heavily integrated into research opportunities, researchers hav...
This study employs a method based on image analyses and structure information to detect accumulated ...
Ships operating in a cold climate face many challenges. There are several associated risks such as s...
A sensor instrumentation and an automated process are proposed for sea-ice field analysis using ship...
There are several challenges to operating in a cold climate. Marine icing is one of them, and its mi...
The estimation of ice forces are critical to Dynamic Positioning (DP) operations in Arctic waters. I...
A sensor instrumentation and an automated process are proposed for sea-ice field analysis using ship...
The operations of ships in Arctic areas are delayed and endangered by icing, which is caused by sea ...
A personal computer aided image analyzing system that can assess sea ice condition is described. The...
The estimation of ice forces are critical to Dynamic Positioning (DP) operations in Arctic waters. I...
The estimation of ice forces are critical to Dynamic Positioning (DP) operations in Arctic waters. I...