38 results on '"Miller, Eric L."'
Search Results
2. Copper gallium diselenide photocathodes for solar photoelectrolysis.
3. Recursive estimation methods for tracking of localized perturbations in absorption using diffuse optical tomography.
4. New inverse method for simultaneous reconstruction of object buried beneath rough ground and the ground surface structure using SAMM forward model.
5. Linear and nonlinear reconstruction for diffuse optical tomography in an inhomogeneous background.
6. A new flexible parameterization for the estimation of 3D shape structure from scattered field data.
7. Subspace-based analysis of the ERT inverse problem.
8. Computational algorithm for reconstructing the profile of 2D rough surfaces.
9. On imaging multiple physical parameters in an inverse problems context.
10. Use of secondary equivalent sources for solving electrical resistance inverse problems.
11. Scattering from dielectric targets buried beneath 2D randomly rough surfaces.
12. Covariance matrix for radar imaging of targets buried beneath two-dimensional rough surfaces.
13. Hypothesis testing detection of mines buried under rough ground surfaces using 2D FDTD modeling.
14. Model-based approach to the detection, classification, and characterization of subsurface targets from forward-looking ground penetrating radar data.
15. Target detection and classification using a deformable template.
16. Statistical method to localize buried landmines from GPR array measurement.
17. Options for statistical classification of buried objects from spatially sampled time or frequency domain EMI data.
18. Combined high-dimensional analysis of variance (HANOVA) and sequential probability ratio test (SPRT) to detect buried mines.
19. Validation study of three-dimensional ray-based GPR simulation code.
20. GPR imaging approaches for buried plastic land mine detection.
21. Geometric parameter estimation with a multiscale template library.
22. Statistical clutter modeling and parameter estimation for the characterization of buried objects using frequency-domain electromagnetic induction sensing.
23. Multimode subsurface sensing and imaging for land mine detection.
24. Statistically based sequential detection of buried mines from array ground-penetrating radar data.
25. Baseband Weiner filter processing for mine detection from scanned laser-induced acoustic data.
26. Statistical fusion of GPR and EMI data.
27. Near-field and timing effects in simulation of focused array radar signals from a mine in subsurface clutter.
28. Distinguishing shape details of buried nonmetallic minelike objects with GPR.
29. Localization and characterization of buried objects from multifrequency array inductive data.
30. Physics-based modeling and inverse scattering for detection of buried mine-shaped anomalies.
31. Surface roughness effects in simulation of mine signals using a focused-array GPR system.
32. Frequency domain simulation of focused array radar returns from buried mines in clutter.
33. Performance bounds for matched field processing in subsurface object detection applications.
34. Simultaneous multiple regularization parameter selection by means of the L-hypersurface with applications to linear inverse problems posed in the wavelet transform domain.
35. Detection of buried mines from array inductive measurements.
36. Comparison of a recursive T-matrix method and the FDTD method for scattering problems in lossy dispersive soil.
37. Object-based localization of buried objects using high-resolution array processing techniques.
38. Wavelet transforms and multiscale estimation techniques for the solution of multisensor inverse problems.
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