Digital Imaging and Remote Sensing Laboratory

The Digital Imaging and Remote Sensing Laboratory is primarily concerned with the observation of Earth using aerial and satellite-based imaging systems. Our research has two major thrusts. The first involves design of instrumentation to image the earth and development of methods to extract quantitative information from remotely sensed data. The second involves development of methods to generate synthetic images of what the earth would look like to airborne or satellite imaging systems. These synthetic image generation tools include models of the thermal and radiometric behavior of the earth and the atmosphere which attempt to simulate all of the important factors that influence the signal level recorded by sensors operating in the visible through the thermal infrared portions of the spectrum.

Areas of Research:

Current Studies:

FIRES
DIRSIG (synthetic image generation)

Atmospheric Correction

Hyperspectral Water Quality Monitoring

Mapping Nusiance Algae in the Rochester Embayment

Modular Imaging Spectrometer Instrument

The MISI Optical System
The Spectral Calibration of MISI
The Thermal Calibration of MISI

Thermal Calibration of Landsat ETM+

Water Quality Study

 

Some Background Information:

Hyperspectral Imagery

Radiometric Calibration

 

Selected Studies:

Airborne Imaging Spectrometer

Atmospheric Inhomogeneity Effects Studies

Automated Scene Classification
Automated Scene Registration
Automatic Target Recognition
Heatloss Study
Image Analysis
Image Compression/Decompression Quality Analysis
Image Fusion
Infrared Calibration
Near-Shore Ice Dynamics
Noise Simulation
Optical Properties of Materials
Radiometric Scene Normalization
Resolution Enhancement
Ship Signatures
Synthetic Image Validation
Thermal Properties of Shadows

 


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