Limited Distribution Publications
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Limited Distribution Proceedings
* Distribution authorized to employees of US Government and its contractors. Some materials may be further limited to
employees of US DoD / Contractors. Check with DEPS for details.
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Material Interaction & Modeling |
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Establishing Drop Time as an Objective Measurement of Laser Effectiveness
Jafr Kazmi, United States Military Academy
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Atmospheric Characterization |
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Design, Flight Test, and Operations of Meteorological Unmanned Aerial Vehicle for Directed Energy Field Testing
Alex Clark, IERUS Technologies
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Characterizing Atmospheric Effects Causing Propagation Degradations during the Solid State Laser-Technology Maturation Test Events
Ryan Yamaguchi, Naval Postgraduate School
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Turbulence Surveillance LIDAR (TSL): 24/7 Eye-Safe Optical Turbulence Measurement System for Volumetric Profiles of Cn2
Leda Sox, Georgia Tech Research Institute
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Marine Atmosphere Surface Layer Impact on HEL Propagation
Benjamin Wauer, Naval Postgraduate School
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First Look at Profiling Atmospheric Turbulence using Time-lapse Imagery from Two Cameras
Santasri Bose-Pillai, AFIT CDE
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Beam Control Technologies I |
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Optical Measurement of Aero-Optical Effects in a Supersonic Wind Tunnel Environment
Cameron Radosevich, AFRL
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Integrating digital-holographic detection into a laser-weapon system
Mark Spencer, AFRL
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Modeling and Simulation of Blue Aircraft Survivability to HEL Irradiation (MSAS) - Phase II Software Development and Test Plans
Ron Dexter, SURVICE Engineering
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Making WAFLS (Wavelength-Agile Fiber Lasers)
Luke Ausley, Air Force Research Laboratory: Munitions Directorate
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Wireless Power GUI
Alex Zellner, NSWC Crane
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Atmospheric Propagation Modeling & Simulation I |
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Surface Level Turbulence Modeling using Meteorological Observations
Dr. Yakov Diskin, MZA Associates Corporation
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Performance Prediction for Decision Aids Using Near Real-Time Meteorological Conditions
Eric Magee, MZA Associates Corporation
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HEL Performance Forecasting for Field Experiments using Weather Cubes
Jaclyn Schmidt, Air Force Institute of Technology
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New Developments towards METCAL- Focused M&S for HEL Propagation
Dr. Joseph A. Fiordilino, Naval Surface Warfare Center Corona Division
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Updates and Applications for the Navy Atmospheric Vertical Surface Layer Model (NAVSLaM) Version 2.0
Paul Alan Frederickson, Naval Postgraduate School
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Global Cloud Free Line of Sight (CFLOS) Characterizations using Numerical Weather Prediction Data
Jaclyn Schmidt, Air Force Institute of Technology
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Scene Generation Tool for High-Fidelity Tracker Design and Testing
Dr. Michael Steinbock, Air Force Research Laboratory
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HPM Technologies & Effects I |
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Re-directed Energy: "New" Approaches to Countering Improvised Threats with HPM/HPRF
H. Hatcher Tynes, Contractor (Zeltech)
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Modeling the Effects of Ship-Induced Optical Turbulence on High Energy Laser Beam Propagation
Joseph Blau, Naval Postgraduate School
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Impacts of turbulence thermal blooming interaction
Mark Spencer, AFRL/RDLTS
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Investigating Diffractive Effects in Tilt-Based Turbulence Estimation through Simulation
Jack McCrae, AFIT/ENP
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The Apparent Coupling of Surface Layer Turbulence and PM2.5 Aerosol Concentrations and Effects on HEL Propagation
Steven Fiorino, AFIT/ENP
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Beam Control Systems and Technologies |
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ATHENA Beam Control - Challenges of Target Engagement in a Tactical Environment
Deborah Heicklen, Lockheed Martin
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Collaborative research in beam control
Mark Spencer, AFRL/RDLTS
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High Speed Compact Inexpensive Beam Control with FPGAs
Ben Bean, MZA Associates Corporation
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HPM Technologies & Effects II |
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HPEM in Combined EM and Mechanical Vibe Environments
Dr. Jeffery Williams, Sandia National Laboratories
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Modeling and Simulation Applications and Testing |
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Simulations of secondary emission driven RF generation in waveguide cavities
Dr. Nicholas Myers,Verus Research, LLC
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Quantification of Propagating Uncertainties in Computer Code Chains
Dr. Manuel Thomas Alan, Verus Research, LLC
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Atmospheric Propagation Modeling & Simulation II |
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Characterization and Reduction of Platform-Induced Aero-Effects Associated with Turrets
David Weston, AFRL/RQVA
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Beam Control Technologies II |
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Spectral Beam Combined Laser Wavefront and Pointing Evaluation
Justin Mansell, MZA Associates Corporation
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SWIR Sensors Evaluation at Starfire Optical Range
Michael Steinbock, AFRL/RDSS - Starfire Optical Range
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HPM Technologies & Effects III |
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Design and fabrication of Drift Step Recovery Diodes
Lars Voss, Lawrence Livermore National Laboratory
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Acquisition, Tracking & Pointing |
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Design Considerations for a Tactical Vehicle Beam Director
Joseph Hayden, L3 Brashear
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Aimpoint Degradation on Fine Track Sensor During HEL Engagement
Amanda Clark, USASMDC/ARSTRAT
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Acquisition and Tracking of drones and mortars in high clutter backgrounds
Amanda Clark, USASMDC/ARSTRAT
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S-band Interferometric RF Sensor for Target Acquisition and Tracking
Rebecca Nagurney, United States Army
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Beam Control Modeling & Simulation |
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Improved Adaptive-Optics Performance through Polychromatic Beacon Illumination for Speckle Mitigation
Noah Van Zandt, Air Force Research Laboratory
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HPM Technologies & Effects IV |
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Phased Arrays and Electrically Small Antennas:Some Perspectives and Preliminary Investigations
Dr. Deb Chatterjee, University of Missouri - Kansas City
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Agile RF Coupling Assessment Methodology
John Lancaster, University of Missouri - Kansas City
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A Broadband High-Gain HPM- & UWB-Capable Active Electronically Scanned Array
Dr. Robert Koslover, Sara, Inc.
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Drift Step-Recovery Diodes:Modeling and Simulation
Nicholas Flippin, University of Missouri Kansas City
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USPL IV: LWIR & Material Interactions |
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Harmonic SWIR and Visible Light Generation in Optical Materials Following Exposure to Mid-IR USPL
Christopher Wolfe, US Army Research Laboratory
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Classified Presentations
* Distribution authorized to U.S. citizens holding a secret or higher security clearance.
Additional distribution restrictions may apply.
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Modeling & Simulation Applied Analysis |
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Self-Protect High Energy Laser Demonstrator (SHiELD) Study Analysis
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The Need for a Coordinated DEW and EW cUAS Defense System for Base and Port Protection
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