Global ETD Search

Spectral Target Detection using Physics-Based Modeling and a Manifold Learning Technique

Albano, James A.

rit Repository record for Spectral Target Detection using Physics-Based Modeling and a Manifold Learning Technique (opens in a new tab)

Remote-sensing of underground caverns using a full-Maxwell's equations FDTD model

Ethan, Tanner

A need exists to reliably detect and characterize underground structures from immediately above the Earth's surface within the vicinity of the structures, as well as via aerial surveys. Sandia National Labs and the University of New Mexico have collaborated to study the feasibility of detecting and …

unm Repository record for Remote-sensing of underground caverns using a full-Maxwell's equations FDTD model (opens in a new tab)

The Use of Coincident Synthetic Aperture Radar and Visible Imagery to Aid in the Analysis of Photon-Counting Lidar Data Sets Over Complex Ice/Snow Surfaces

Horan, Kimberly H

rit Repository record for The Use of Coincident Synthetic Aperture Radar and Visible Imagery to Aid in the Analysis of Photon-Counting Lidar Data Sets Over Complex Ice/Snow Surfaces (opens in a new tab)

Analysis of digital change detection methods for identification of tree cutting activities, 1974-1985, Flathead National Forest, Montana, USA

Nicholson, Robert B.

montana-tech Repository record for Analysis of digital change detection methods for identification of tree cutting activities, 1974-1985, Flathead National Forest, Montana, USA (opens in a new tab)

Analysis of digital change detection methods for identification of tree cutting activities, 1974-1985, Flathead National Forest, Montana, USA

Nicholson, Robert B.

montana Repository record for Analysis of digital change detection methods for identification of tree cutting activities, 1974-1985, Flathead National Forest, Montana, USA (opens in a new tab)

Optimal spectral reconstructions from deterministic and stochastic sampling geometries using compressive sensing and spectral statistical models

Jeromin, Oliver

… reconstruction framework based on Compressive Sensing (CS) techniques and a new, Spectral Statistical approach based on the use of isotropic models over a dyadic partitioning of the spectrum. The proposed methods are demonstrated in applications in reconstructing fMRI and remote sensing …

unm Repository record for Optimal spectral reconstructions from deterministic and stochastic sampling geometries using compressive sensing and spectral statistical models (opens in a new tab)

Analysis of Polarimetric Synthetic Aperture Radar and Passive Visible Light Polarimetric Imaging Data Fusion for Remote Sensing Applications

Maitra, Sanjit

rit Repository record for Analysis of Polarimetric Synthetic Aperture Radar and Passive Visible Light Polarimetric Imaging Data Fusion for Remote Sensing Applications (opens in a new tab)