Hyperspectral

Hyperspectral imaging applications. Specim offers several hyperspectral cameras in the visible (3nm – 8nm) range. The camera models vary in terms of spectral -, spatial resolution, spectral response, imaging spee and configuration options.

Remote sensing typically refers to the aerial collection of ground information for object classification and recognition. One of the most advanced remote sensing technologies, hyperspectral imagery is used to provide invaluable geological, environmental, and intelligence data.

SPECIM AISA systems produce high quality .

They represent the next step in the spectral dimension of the evolution of multispectral imaging radiometers currently .

Our customers have reported achieving savings worth hundreds of millions of dollars by using hyperspectral imaging in geology. Medical hyperspectral imaging: a review. Author information: (1)Emory University and Georgia Institute of Technology, The Wallace H. Additional information about hyperspectral imaging can be found at our knowledge base. More detailed background is available from our research . Corning provides our hyperspectral sensor products. The fundamental objective of hyperspectral imaging is to achieve the spectrum for every pixel in the picture.

The spectrum helps in computer vision, i. The human eye sees the world in three colors: re green and blue (RGB). By mixing the amount of these three colors all other colors are created. Geologists have used remote sensing data since the advent of the technology for regional mapping, structural interpretation and to aid in prospecting for ores and hydrocarbons.

FLIR has teamed up with industry leaders to provide hyperspectral imaging solutions that help you learn more from your photons. The next step is likely hyperspectral imaging. Routine use of existing hyperspectral systems by the minerals industry has been hampered by the unavailability of systems for industrial use, the high cost of hyperspectral data ( when available) compared to typical multispectral data, and the need for additional . While there are many resources that suitably cover these areas individually and focus on specific . While hyperspectral imaging has been demonstrated to provide data that enable classification of relatively broad categories, there remain open questions as to how fine of . Cooperation of Perception Park and STEMMER IMAGING: A new data processing platform providing hyperspectral analysis accessible to everyone. In relation to the development of imaging from monochrome via colour to 3-D image capture, .