Part of the Electromagnetics and Photonics Commons

Works by Bradley Duncan in Electromagnetics and Photonics

2015

Real-Time Optical Holography Using a Spatial Light Modulator, Ting-Chung Poon, Bradley Duncan, Ming Hsien Wu, K. Shinoda, Y. Suzuki
Bradley D. Duncan

High-Speed Shack-Hartmann Wave-Front Sensor Design Utilizing Commercial-off-the-Shelf Optics, Jeffrey Widiker, Scott Harris, Bradley Duncan
Bradley D. Duncan

Real-time Frequency-translated Holographic Visualization of SAW Interactions with Surface-breaking Defects, James Blackshire, Shamachary Sathish, Bradley Duncan, Mike Millard
Bradley D. Duncan

A Technique for Removing Platform Vibration Noise From A Pulsed Ladar Vibration Sensor, Troy Sturm, R. Richmond, Bradley Duncan
Bradley D. Duncan

Visualization of Surface Acoustic Waves by Means of Synchronous Amplitude Modulated Illumination, Bradley Duncan
Bradley D. Duncan

Fibre-Optic Network Architectures for On-Board Digital Avionics Signal Distribution, Mohammad Alam, Mohammed Atiquzzaman, Bradley Duncan, Hung Nguyen, Richard Kunath
Bradley D. Duncan

Aberration Production Using a High-Resolution Liquid-Crystal Spatial Light Modulator, Jason Schmidt, Matthew Goda, Bradley Duncan
Bradley D. Duncan

Analysis of Ladar Range Resolution Enhancement by Sinusoidal Phase Modulation, Leonard Masters, Martin Mark, Bradley Duncan
Bradley D. Duncan

Volume Holographic Memory for Laser Threat Discrimination, Mark DeLong, Bradley Duncan, Jack Parker
Bradley D. Duncan

Optical-fiber Preamplifiers for Ladar Detection and Associated Measurements for Improving the Signal-to-noise Ratio, Michael Salisbury, Paul McManamon, Bradley Duncan
Bradley D. Duncan

Real-time Non-linear Image Processing Using an Active Optical Scanning Technique, Bradley Duncan, Ting-Chung Poon, Ron Piper
Bradley D. Duncan

Space-bandwidth Product Enhancement of a Monostatic, Multi-aperture Infrared Image Upconversion Ladar Receiver Incorporating Periodically Polled LiNbO3, Christopher Brewer, Bradley Duncan, Phillip Maciejewski, Sean Kirkpatrick, Edward Watson
Bradley D. Duncan

Parametric Extension of the Classical Exposure Schedule Theory for Angle-multiplexed Photorefractive Recording Using the Common-aperture Beam Geometry, Mark DeLong, Bradley Duncan, Jack Parker
Bradley D. Duncan

Coupling Efficiencies for General Target Illumination Ladar Systems Incorporating Single Mode Optical Fiber Receivers, Christopher Brewer, Bradley Duncan, Kenneth Barnard, Edward Watson
Bradley D. Duncan

Saturated Semiconductor Optical Amplifier Phase Modulation for Long Range Laser Radar Applications, Jennifer Carns, Bradley Duncan, Matthew Dierking
Bradley D. Duncan

Demonstrated Resolution Enhancement Capability of a Stripmap Holographic Aperture Ladar System, Samuel Venable, Bradley Duncan, Matthew Dierking, David Rabb
Bradley D. Duncan

Bidirectional Scattering Distribution Functions of Maple and Cottonwood Leaves, Michael Greiner, Bradley Duncan, Matthew Dierking
Bradley D. Duncan

Effects of Spatial Modes on Ladar Vibration Signature Estimation, Douglas Jameson, Matthew Dierking, Bradley Duncan
Bradley D. Duncan

Experimental Demonstration of a Stripmap Holographic Aperture Ladar System, Jason Stafford, Bradley Duncan, Matthew Dierking
Bradley D. Duncan

Holographic Aperture Ladar, Bradley Duncan, Matthew Dierking
Bradley D. Duncan

Periodic, Pseudo-noise Waveforms for Multi-function Coherent Ladar, Matthew Dierking, Bradley Duncan
Bradley D. Duncan

Improving Mid-frequency Contrast in Sparse Aperture Optical Imaging Systems Based Upon the Golay-9 Array, Andrew Stokes, Bradley Duncan, Matthew Dierking
Bradley D. Duncan

Monte Carlo Simulation of Multiple Photon Scattering in Sugar Maple Tree Canopies, Michael Greiner, Bradley Duncan, Matthew Dierking
Bradley D. Duncan

Optical Sparse Aperture Imaging, Nicholas Miller, Matthew Dierking, Bradley Duncan
Bradley D. Duncan

Imaging Diffractometer with Holographic Encoding Enhancements for Laser Sensing and Characterization, Joesph Binford, Bradley Duncan, Jack Parker, Elizabeth Beecher, Mark DeLong
Bradley D. Duncan