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
Workload Profiles: A Continuous Measure of Mental Workload, Christina F. Rusnock and Brett J. Borghetti
Numerical Simulation of Heat Transfer and Chemistry in the Wake Behind a Hypersonic Slender Body at Angle of Attack, Matthew J. Satchell, Jeffrey M. Layng, and Robert B. Greendyke
Chemical-Induced Hearing Loss in Shipyard Workers, Nicholas Cody Schaal, Jeremy M. Slagley, Cyntia M. Richburg, Majed M. Zreiqat, and Helmut W. Paschold
Digital Forensics Event Graph Reconstruction, Daniel J. Schelkoph, Gilbert L. Peterson, and James S. Okolica
Electron Paramagnetic Resonance and Optical Absorption Study of Acceptors in CdSiP2 Crystals, Elizabeth M. Scherrer, Larry E. Halliburton, Eric M. Golden, Kevin T. Zawilski, Peter G. Schunemann, F. Kenneth Hopkins, Kent L. Averett, and Nancy C. Giles
Operationalized Intent for Communication in Human-Agent Teams, Michael F. Schneider and Michael E. Miller
Uncertainty Evaluation in the Design of Structural Health Monitoring Systems for Damage Detection, Christine M. Schubert Kabban, Richard P. Uber, Kevin J. Lin, Bin Lin, M. Bhuiyan, and Victor Giurgiutiu
Arrhenius Rate Chemistry-informed Inter-phase Source Terms (ARCIIST), Matthew J. Schwaab, Robert B. Greendyke, and Bryan J. Steward
Statistical Characteristics of the Influence of an Electronically Scanned Pressure Transducer on Measurement Error and Uncertainty, Frank Semmelmayer, Mark F. Reeder, and Richard S. Seymour
Excited Interatomic Potential Energy Surfaces of Rb + He that Correlate with Rb Terms 5 2 S through 7 2 S, Amit R. Sharma and David E. Weeks
Evaluation of plenoptic algorithm performance for measuring scene spectra captured by a diffractive plenoptic camera, Jack A. Shepherd and Anthony L. Franz
Quantification of the Impact of Photon Distinguishability on Measurement-Device- Independent Quantum Key Distribution, Garrett K. Simon, Blake K. Huff, William M. Meier, Logan O. Mailloux, and Lee E. Harrell
In-situ Characterization of Bulk Carbon Nanotube Behavior in a Sheet under Tensile Load, Abhendra K. Singh, Gregory R. Cobb, and Ryan A. Kemnitz
Cybersecurity Architectural Analysis for Complex Cyber-Physical Systems, Martin Trae Span III, Logan O. Mailloux, and Michael R. Grimaila
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
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.
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
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
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
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
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