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Project Loch Ness

Synthetic Complex Radar Data Set for AI/ML Training and Validation

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Get Training and Validation Data Set for AI/ML

Introducing a comprehensive training and validation data set (data lake) for a specific ground-based AI/ML target detection scenario.

Get complimentary data for the development of new AI/ML algorithms.

Note: To register and download the data, you will be redirected to AGI.com and will need to create an AGI web account (if you do not already have one).  Any questions or need help creating an AGI.com account, please contact support@agi.com.

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Enhancing AI Training with Synthetic SAR Data

Satellite imagery offers large-scale, consistent, and frequent observations of the Earth’s surface. Invaluable for decision-making in government and commercial applications, organizations are challenged with analyzing exponentially increasing amounts of data with a limited number of experts. 

AI offers a solution to handle this large volume of data. The AI algorithms require training data to identify desired objects in complex SAR (Synthetic Aperture Radar) scenes, but relying on existing satellite data as the primary source of training data is problematic.  Real data may contain collection system artifacts that may pollute or bias the training data.  Ansys RF Channel Modeler will generate synthetic SAR data that helps train and validate these new AI algorithms.  Ansys offers a complimentary data set of a specific ground-based object detection scenario to explore how well-structured synthetic data can be used. It will enable organizations to demonstrate the effectiveness of their AI/ML detection algorithms.  

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RF Channel Modeler

RF Channel Modeler

Ansys RF Channel Modeler delivers a highly accurate digital simulation solution for RF engineers to analyze dynamic RF system performance under simulated real world conditions within a virtual terrestrial environment.