STITCHING FUNCTION FOR HYPERLAB
The premium Stitching Function empowers users to overcome traditional field-of-view limitations, enabling the capture and analysis of significantly wider areas by transforming multiple individual hyperspectral images into one seamless, comprehensive panoramic dataset.
Expand your hyperspectral view
Traditionally, acquiring a hyperspectral image over a large area often implies compromises or complex manual merging processes.
The Stitching Function allows users to load multiple hyperspectral datasets acquired on the same extended object (e.g., a panorama or a painting) at different locations, with an overlapping region between two adjacent images, and effortlessly create a hyperspectral panoramic image.
By capturing multiple hyperspectral images, similar to how one might use a photographic camera for a panorama, the system automatically combines the spectral and image information into a single composite hyperspectral image. The user can choose the most significant spectral bands and how to perform image registration among different available options. The algorithm will automatically align the images and combine them into a seamless composite image. Additionally, users will have access to some advanced functions (fully described in the manual) to enhance image fusion.
The extension can be activated with a license key directly in HyperLAB.
How it works: simple, smart, seamless
The process is simple and straightforward.
The result is a single, high-quality hyperspectral dataset that covers a much larger area, allowing for more comprehensive analyses at larger spatial scales.
Licensing
| Licensing options | |||
|---|---|---|---|
| License type | Trial | Perpetual Single | Perpetual Bundle |
| Duration | 30 days | Perpetual | Perpetual |
| Max number of computer | 1 | 1 | On request |
Watch the stitching feature in action
Dive into the power of HyperLAB’s new premium stitching function with this step-by-step demonstration. See firsthand how you can combine your multiple acquisitions in a single seamless composite hyperspectral image.
Image credit: (c) The Courtaul Institute of Art. Thanks to Dr Nathan Daly for his collaboration.
Unlock new possibilities for your research and applications
Significantly improve large-scale hyperspectral analysis capabilities with our new Stitching Feature.
Art conservation
Art conservation
Industrial inspection
Industrial inspection
Biomedical imaging
Biomedical imaging
Material Science
Material Science
Availability
The Stitching Premium Feature is now available on HyperLAB. Existing HyperLAB users can contact our sales team to inquire about upgrading and unlocking this powerful new capability.
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