This collection on AFIT Scholar presents scholarly works of the faculty of the Air Force Institute of Technology


The Faculty Publications collection accepts scholarly works that are developed under the auspices of AFIT, and accepted for publication in a journal, or for presentation at a conference. All submissions should be approved for public release before submitting to AFIT Scholar

Secondary materials may be submitted along with an article or conference paper, for the purpose of experimental result repeatability.

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Submissions from 2018

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Cybersecurity Architectural Analysis for Complex Cyber-Physical Systems, Martin Trae Span III, Logan O. Mailloux, and Michael R. Grimaila

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Conceptual Systems Security Requirements Analysis: Aerial Refueling Case Study, Martin Trae Span III, Logan O. Mailloux, Robert F. Mills, and William Young

Signal-to-noise models for digital-holographic detection, Mark F. Spencer and Douglas E. Thornton

Efficiency measurements for a digital-holography system, Mark F. Spencer, Douglas E. Thornton, Glen P. Perrman, and Christopher A. Rice

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Oxidation of Tartrazine with Ultraviolet Light Emitting Diodes: PH and Duty Cycles Effects, Brandon M. Stewart, Michael E. Miller, David M. Kempisty, John E. Stubbs, and Willie F. Harper Jr.

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Unsupervised Time Series Extraction from Controller Area Network Payloads, Brent C. Stone, Scott R. Graham, Barry E. Mullins, and Christine M. Schubert Kabban

Detecting rogue attacks on commercial wireless Insteon home automation systems, Christopher M. Talbot, Michael A. Temple, Timothy J. Carbino, and J. Addison Betances

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Daytime SBR Modeling of GEOs in the SWIR for Low-cost, Ground-based Imaging, Grant M. Thomas and Richard G. Cobb

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The Digital Holography Demonstration: A Table-top Setup for STEM-based Outreach Events, Douglas E. Thornton, Mark F. Spencer, Barton T. Plimmer, and Davin Mao

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MEMS Variable Area Capacitor for Room Temperature Electrometry, George C. Underwood and Tod V. Laurvick

Visible aluminum monoxide emission during long pulse mid-infrared ablation of aluminum in air, Todd A. Van Woerkom, Glen P. Perram, Brian D. Dolasinski, Patrick A. Berry, and Charles D. Phelps

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Polychromatic Wave-Optics Models for Image-Plane Speckle. 1. Well-Resolved Objects, Noah R. Van Zandt, Jack E. McCrae, Mark F. Spencer, Michael J. Steinbock, Milo W. Hyde IV, and Steven T. Fiorino

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Polychromatic Wave-Optics Models for Image-Plane Speckle 2 Unresolved Objects, Noah R. Van Zandt, Mark F. Spencer, Michael J. Steinbock, Brian M. Anderson, Milo W. Hyde IV, and Steven T. Fiorino

A convex-programming-based guidance algorithm to capture a tumbling object on orbit using a spacecraft equipped with a robotic manipulator, Josep Virgili-Llop, Constantinos Zagaris, Richard Zappulla II, Andrew Bradstreet, and Marcello Romano

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Photovoltaic System Optimization for an Austere Location Using Time Series Data, Torrey J. Wagner, Eric Lang, Warren Assink, and Douglas S. Dudis

Excitation of higher lying energy states in a rubidium DPAL, Austin J. Wallerstein, Glen P. Perram, and Christopher A. Rice

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Demonstration of Versatile Whispering-gallery Micro-lasers for Remote Refractive Index Sensing, Lei Wan, Hengky Chandrahalim, and Jian Zhou

Action-angle variables near degenerate periodic orbits, William E. Wiesel

A KAM Tori Algorithm for Earth Satellite Orbits, William E. Wiesel

Characterization and Analysis of Anomalous Diffusion Modes in a 600 W Permanent Magnet Hall Thruster, Samuel D. Wright and Carl R. Hartsfield

Orbit determination using Vinti's solution, Steven P. Wright and William E. Wiesel

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Statistical Photocalibration of Photodetectors for Radiometry without Calibrated Light Sources, Nicholas J. Yielding, Stephen C. Cain, and Michael D. Seal

Applied Reachability Analysis for Spacecraft Rendezvous and Docking with a Tumbling Object, Constantinos Zagaris and Marcello Romano

Reachability Analysis of Planar Spacecraft Docking with Rotating Body in Close Proximity, Constantinos Zagaris and Marcello Romano

Optimal Path Planning for SUAS Target Observation through Constrained Urban Environments using Simplex Methods, Michael D. Zollars, Richard J. Cobb, and David J. Grymin