Ship Detection and Categorization | ||||||||
Example of ship detection and categorization from SHIP MONITORING SUITE (SIMON) project (Source: GMV) | ||||||||
Product Category | ||||||||
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Financial Domains | ||||||||
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User requirements | ||||||||
UN17: Need near real-time tracking of marine vessels to understand their routes and estimate fuel usage | ||||||||
Description | ||||||||
Ships detection and categorization using EO data involves the use of satellite imagery to identify and classify ships on water bodies. This technology employs advanced image processing and machine learning techniques to distinguish between different types of vessels, such as cargo ships, fishing boats, or naval vessels, and track their movements. For investment management, this capability is invaluable as it offers real-time insights into maritime traffic, trade routes, and shipping activities, enabling investors to make data-driven decisions related to shipping and logistics sectors. | ||||||||
Spatial Coverage Target | ||||||||
Water bodies extent | ||||||||
Data Throughput | ||||||||
Rapid tasking Data availability |
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PRODUCT SPECIFICATIONS | ||||||||
Main processing steps | The process starts by obtaining various training samples from optical and SAR VHR imagery (≤ 3 m) to be used for training of machine learning models for ship detection and categorization. Then we apply the model for any type of ship over any type of water body to detect and categorize ships. | |||||||
Input data sources | Optical: VHR based on the availability like Pleiades 1A/1B & NEO, WorldView2&3, and SPOT6/7 Radar: VHR images from different sources like ICEYE, Capella space, and TerraSAR-X Supporting data: AIS | |||||||
Accessibility | Optical and SAR VHR imagery: commercially available on demand from EO service providers. | |||||||
Spatial resolution | ≤ 3 m | |||||||
Frequency (Temporal resolution) | Daily | |||||||
Latency | < 1 Day | |||||||
Geographical scale coverage | Globally | |||||||
Delivery/ output format | Data type: Raster File format: GeoTIFF | |||||||
Accuracies | Thematic accuracy: 80-90% Spatial accuracy: 1.5-2 pixels of input data | |||||||
Constraints and limitations |
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User's level of knowledge and skills to extract information and perform further analysis on the EO products. | Skills: Essential Knowledge: Essential |
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