Browsing by Author "Fridman, Andrei"
Now showing items 1-4 of 4
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A method for restoring data in a hyperspectral imaging system with large keystone without loss of spatial resolution
Høye, Gudrun; Fridman, Andrei (2009)This report proposes a new method of keystone correction in the postprocessing of hyperspectral images. Unlike conventional resampling the proposed method does not introduce any loss of resolution. A hardware modification ... -
Mixel camera - a new push-broom camera concept for high spatial resolution keystone-free hyperspectral imaging
Høye, Gudrun Kristine; Fridman, Andrei (2013)Current high-resolution push-broom hyperspectral cameras introduce keystone errors to the captured data. Efforts to correct these errors in hardware severely limit the optical design, in particular with respect to light ... -
Performance analysis of the proposed new restoring camera for hyperspectral imaging
Høye, Gudrun; Fridman, Andrei (2010)This report investigates the performance of the proposed new restoring camera for hyperspectral imaging. The suggested camera will eliminate keystone in the postprocessing of the data with no resolution loss and will be ... -
SYSIPHE system: A state of the art airborne hyperspectral imaging system. Initial results from the first airborne campaign
Rousset-Rouviere, Laurent; Coudrain, Christophe; Fabre, Sophie; Poutier, Laurent; Løke, Trond; Fridman, Andrei; Blaaberg, Søren; Baarstard, Ivar; Skauli, Torbjørn; Mocoeur, Isabelle (2014)SYSIPHE is an airborne hyperspectral imaging system, result of a cooperation between France (Onera and DGA) and Norway (NEO and FFI). It is a unique system by its spatial sampling -0.5m with a 500m swath at a ground height ...