Most Recent Additions* | AFIT Scholar

Most Recent Additions*

 

The Emergence of Division of Labor in Multi-Agent Systems
David W. King and Gilbert L. Peterson

 

The development of CdSiP2 (CSP) for efficient mid-infrared generation (Conference Presentation)
Carl M. Liebig, F. Kenneth Hopkins, Kent L. Averett, Kevin T. Zawilski, Peter G. Schunemann, Elizabeth M. Scherrer, Nancy C. Giles, and Larry E. Halliburton

 

SNR modeling for ground-based daytime imaging of GEO-satellites in the SWIR
Grant Thomas, Richard G. Cobb, Steven T. Fiorino, and Michael R. Hawks

Link

Natural Evolution Speciation for NEAT
Jon S. Knapp and Gilbert L. Peterson

 

Optimization of the bearing stress of a hybrid composite
John S. Brewer, Anthony N. Palazotto, and Michael A. Falugi

 

Measurements of optical nonlinearities at mid-IR wavelengths using a modified Z-scan technique
Manuel R. Ferdinandus, Jamie Gengler, Michael Tripepi, and Carl M. Leibig

 

Laser shock impulse modeling via data matching
Colin C. Engebretsen, Anthony N. Palazotto, and Kristina Langer

 

In-Situ, Field Profiling of Optical Turbulence using 3D Sonic Anemometers
Steven T. Fiorino, Santasri R. Bose-Pillai, and Kevin Keefer

 

Implementation of a non-linear CMOS and CCD focal plane array model in ASSET
Fernando D. Fernandez, Bryan J. Steward, Kevin C. Gross, and Michael R. Hawks

 

Experimental validation for globally optimized tractor-trailer base flaps
Jacob A. Freeman, Mark F. Reeder, and C. Demoret

 

Experimental analysis of an additively manufactured cooled ultra compact combustor vane
Taylor C. Rathsack, Brian T. Bohan, Marc D. Polanka, and James L. Rutledge

 

Experimental investigation of flow characteristics in an ultra compact combustor
Tylor C. Rathsack, Brian T. Bohan, Marc D. Polanka, and James L. Rutledge

 

Effects of sinusoidal phase modulation on the signal-to-noise ratio in a digital holography system
Davin Mao, Douglas E. Thornton, Christopher A. Rice, and Glen P. Perram

 

Entropy-based team self-organization with signal suppression
David W. King and Gilbert L. Peterson

*Updated as of 03/26/25.