Add to ORKGSOLPI has developed an airborne hyperspectral imaging solution to measure spectral signatures which can be used in applications like agriculture and construction. The system needs an illuminant reference that will be used to compute the reflectance from camera's radiance values. However, light conditions change over time; and in order to get an accurate spectral signature,the changes of the illuminant need to be taken into account to compensate those changes. The aim of this project is to research and propose a solution to measure this illuminant changes to later compensate the reflectance calculation
Remote Sensing plays very important role in many different study fields, like hydrology, crop manage...
With the advancement in sensor technology, the use of multispectral imaging is gaining wide populari...
Hyperspectral imaging is concerned with the measurement, analysis, and interpretation of spectra acq...
The problem of spectral reflectance retrieval of surfaces via remote hyperspectral imaging is challe...
The thesis describes the development of a highly automated hyperspectral radiance measurement device...
In this paper, we present a hyper-spectral imaging system and practical calibration procedure using ...
With hyperspectral pushbroom imaging spectrometers it is possible to identify ground pixels by their...
According to previous studies, the measurement of the human iris pigmentation can be exploited to de...
With hyperspectral pushbroom imaging spectrometers on Earth observation satellites it is possible to...
The usage of white references for reflectance conversion in a captured scene for potential ground-ba...
Hyperspectral imaging is capable of capturing information beyond conventional RGB cameras; therefore...
Accurate knowledge of spectral reflectance is crucial for hyperspectral image analysis. We propose a...
Hyperspectral remote sensing is still a young field of research, but with a lot of interest, justifi...
Quantification of spectral data is of great interest in many fields of science, since it can provide...
With the advantage of acquiring spatial information and more spectral information, Hyperspectral ima...
Remote Sensing plays very important role in many different study fields, like hydrology, crop manage...
With the advancement in sensor technology, the use of multispectral imaging is gaining wide populari...
Hyperspectral imaging is concerned with the measurement, analysis, and interpretation of spectra acq...
The problem of spectral reflectance retrieval of surfaces via remote hyperspectral imaging is challe...
The thesis describes the development of a highly automated hyperspectral radiance measurement device...
In this paper, we present a hyper-spectral imaging system and practical calibration procedure using ...
With hyperspectral pushbroom imaging spectrometers it is possible to identify ground pixels by their...
According to previous studies, the measurement of the human iris pigmentation can be exploited to de...
With hyperspectral pushbroom imaging spectrometers on Earth observation satellites it is possible to...
The usage of white references for reflectance conversion in a captured scene for potential ground-ba...
Hyperspectral imaging is capable of capturing information beyond conventional RGB cameras; therefore...
Accurate knowledge of spectral reflectance is crucial for hyperspectral image analysis. We propose a...
Hyperspectral remote sensing is still a young field of research, but with a lot of interest, justifi...
Quantification of spectral data is of great interest in many fields of science, since it can provide...
With the advantage of acquiring spatial information and more spectral information, Hyperspectral ima...
Remote Sensing plays very important role in many different study fields, like hydrology, crop manage...
With the advancement in sensor technology, the use of multispectral imaging is gaining wide populari...
Hyperspectral imaging is concerned with the measurement, analysis, and interpretation of spectra acq...