Differentiation of biological tissue by hyperspectral imaging using a fibre-coupled light source with high spectral power density
Daniel Ruf,
Tobias Baselt,
Mona Seemann
et al.
Abstract:Hyperspectral imaging is gaining importance in many areas of research, industry and medicine. It makes it possible to visualize information almost in real time. In order to realize a measuring station for inverse hyperspectral imaging, a fibercoupled light source was developed to increase the spectral power density with 40 LEDs with 17 wavelengths in the range from 388 nm to 805 nm. An automated measuring station was developed in which both illumination types, bright field and dark field, as well as the imagin… Show more
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