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Joe Rexwinkle
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Augmented target recognition display recommendations
GB Larkin, M Geuss, A Yu, J Rexwinkle, C Callahan-Flintoft, J Bakdash, ...
DSIAC Journal 7 (1), 28-34, 2020
92020
Characterization of the surface and interfacial properties of the lamina splendens
JT Rexwinkle, HK Hunt, FM Pfeiffer
Frontiers of Mechanical Engineering 12, 234-252, 2017
92017
Minimizing data requirements for soldier-interactive AI/ML applications through opportunistic sensing
BJ Lance, GB Larkin, JO Touryan, JT Rexwinkle, SM Gutstein, SM Gordon, ...
Artificial Intelligence and Machine Learning for Multi-Domain Operations …, 2020
82020
Investigating the relationship between proteomic, compositional, and histologic biomarkers and cartilage biomechanics using artificial neural networks
JT Rexwinkle, NC Werner, AM Stoker, M Salim, FM Pfeiffer
Journal of biomechanics 80, 136-143, 2018
82018
Human-Autonomy Teaming for the Tactical Edge: The Importance of Humans in Artificial Intelligence Research and Development
KE Schaefer, B Perelman, J Rexwinkle, J Canady, C Neubauer, ...
Systems Engineering and Artificial Intelligence, 115-148, 2021
52021
Human performance with complex technology: how visual cognition is critical to enhanced performance with aided target recognition (AiTR)
GB Larkin, MN Geuss, A Yu, C Callahan-Flintoft, J Rexwinkle, CP Hung, ...
International Conference on Applied Human Factors and Ergonomics, 134-140, 2020
52020
Development of a Game with a Purpose for Acquisition of Brain-Computer Interface Data
JT Rexwinkle, G Lieberman, M Jaswa, BJ Lance
arXiv preprint arXiv:1910.00106, 2019
22019
EMERGING RECOMMENDATIONS FOR INITIAL AUTOMATED TARGET RECOGNITION (ATR) DISPLAY CONSIDERATIONS: Implications for Concept Development and Evaluation
GB Larkin, M Geuss, A Yu, J Rexwinkle, C Callahan-Flintoft, J Bakdash, ...
PsyArXiv, 2019
22019
Soldier-led adaptation of autonomous agents (SLA3)
CP Hung, J Choi, SM Gutstein, MS Jaswa, JT Rexwinkle
Artificial Intelligence and Machine Learning for Multi-Domain Operations …, 2021
12021
A proposed method for in vivo mechanical characterization of articular cartilage using metabolic biomarkers and artificial neural networks
J Rexwinkle, F Pfeiffer, N Werner, A Stoker
Trans Orthop Res Soc 63, 1435, 2017
12017
Multi-agent playbook for human-robot teaming
DA Handelman, EA Holmes, AR Badger, CG Rivera, JT Rexwinkle, ...
Artificial Intelligence and Machine Learning for Multi-Domain Operations …, 2023
2023
A Summary of the Effects of Technology Aids and Crew Size on a Next Generation Combat Vehicle Platoon Section
KR Cox, JT Rexwinkle, GM Gremillion, BS Perelman, JR Brooks, P Dyer, ...
2022
A quantification of the changes in articular cartilage material properties during the onset of osteoarthritis using stress relaxation testing
J Rexwinkle, N Werner, A Polk, F Pfeiffer
2016
Mathematical Model Relating Metabolic Biomarker Concentrations to the Biomechanical Properties of Articular Cartilage using Genetic Programming
JT Rexwinkle, B Kazem, FM Pfeiffer, NC Werner, AM Stoker
DETERMINING THE RELATIONSHIP BETWEEN THE BIOMECHANICAL AND BIOCHEMICAL PROPERTIES OF ARTICULAR CARTILAGE UTILIZING AN ARTIFICIAL NEURAL NETWORK
J Rexwinkle
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