D. Tyler

发表

Signal, noise, and bias for a broadband, division-of-amplitude Stokes polarimeter.

D. Tyler, J. Mudge, 2010, Optics express.

First Passively-illuminated, High-resolution Polarimetric Images of Exhaust Plumes from Flying Rockets

Alan B. Tietjen, D. Hand, D. Tyler, 2009 .

Linear reconstruction of compensated images: theory and experimental results.

M C Roggemann, M. Roggemann, D. Tyler, 1992, Applied optics.

Faint Companion Detection Using Noise Removal with Speckle Interferometry

D. Tyler, 2003 .

Adaptive Optics Sky Coverage Calculations for the Gemini‐North Telescope

B. L. Ellerbroek, D. W. Tyler, B. Ellerbroek, 1998 .

Artifacts, Bias, and Super-Resolution

C. Matson, D. Tyler, 2005 .

Micro-Facet Scattering Model for Pulse Polarization Ranging

D. Hand, M. Roggemann, D. Tyler, 2009 .

The effect of amplifier bias drift on differential magnitude estimation in multiple-star systems

K. Borelli, D. Tyler, H. Muralimanohar, 2007 .

Optimal pupil mask geometries for large, AO-compensated telescopes

David W. Tyler, Olivier Lai, H. Muralimanohar, 2003, SPIE Astronomical Telescopes + Instrumentation.

Deconvolution of Adaptive Optics Image Data

D. Tyler, 2004 .

Intrinsic bias in Fisher information calculations for multi-mode image registration.

David W Tyler, D. Tyler, 2018, Optics letters.

Multi-spectral image shift-estimation error calculations using simulated phenomenology.

Michael C Roggemann, Casey D Demars, David Allen, 2018, Applied optics.

Practical Considerations in Restoring Images from Phase‐Diverse Speckle Data

David W. Tyler, Todd C. Torgersen, T. Torgersen, 2002 .

Effects of predetection atmospheric compensation and post-detection image processing on imagery collected at a ground-based telescope

Michael C. Roggemann, David W. Tyler, Mark A. Von Bokern, 1992, Defense, Security, and Sensing.

Optimal SNR exposure time for speckle imaging: experimental results with frequency-dependent detector noise

Michael C. Roggemann, David W. Tyler, Andrew H. Suzuki, 1994, Astronomical Telescopes and Instrumentation.

Compensated speckle imaging: theory and experimental results.

M C Roggemann, C L Matson, M. Roggemann, 1994, Applied optics.

Primary and Secondary Superresolution by Data Inversion (Postprint)

Charles L. Matson, David W. Tyler, C. Matson, 2005 .

Real Time Polarization Light Curves for Space Debris and Satellites

Duncan P. Hand, Michael C. Roggemann, David W. Tyler, 2010 .

Hyperspectral imaging Fourier transform spectrometers for astronomical and remote sensing observations

Bruce Rafert, R. Glenn Sellar, Joel H. Blatt, 1994, Astronomical Telescopes and Instrumentation.

Iterative model-based image reconstruction using a constrained least-squares technique

Michael C. Roggemann, David W. Tyler, M. Roggemann, 1996, Optics & Photonics.

Comparison of image reconstruction algorithms using adaptive optics instrumentation

Byron M. Welch, David W. Tyler, David G. Sheppard, 1998, Astronomical Telescopes and Instrumentation.

A Methodology for the Adaptive Optics Design for the Advanced Electro-Optical System (AEOS)

Janet S. Fender, Neil A. Miller, David W. Tyler, 1994 .

The effect of wavefront undersampling on signal-to-noise ratio in adaptive optics systems

Michael C. Roggemann, David W. Tyler, M. Roggemann, 1992, Defense, Security, and Sensing.

Low-light-level adaptive optics for a two-telescope interferometer scheme

Sergio R. Restaino, David W. Tyler, Gerard Rousset, 1993, Optics & Photonics.