Horoma AI inc.
$75,000.00 CAD
- Department
- National Research Council Canada
- Recipient country
- Canada
- Fiscal year
- 2022-2023
- Agreement period
- April 4, 2022 – December 30, 2022
- Reference
- nrc-cnrc:172-2022-2023-Q1-988896
Published purpose
Super resolution involves synthetically increasing the resolution of gridded data beyond their native resolution. Typically, this is done using interpolation schemes (linear, non-linear), which estimate sub-grid-scale values from neighbouring data, and perform the same operation everywhere regardless of the large-scale context, or by requiring a network of radars with overlapping fields of view. Conceptually, a neural network may be able to learn relations between large-scale reflectance features and the associated sub-pixel-scale variability and outperform interpolation schemes. The project aims to use data fusion (various sources) to provide for super resolution of RADAR and multi-spectral data.
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