CogSIMA 2023:Author Index| Author | Papers |
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| A | | Adams, Julie | Uncertainty-Aware Visual Workload Estimation for Human-Robot Teams | | Agathonos, Philipp | PINPOINT - A multidisciplinary framework for semi-automatic risk assessment in military operations and civilian missions | | Ahmadi, Nima | Clinician-AI Collaboration for Decision Support in Telemedicine | | Al-Falouji, Ghassan | A Framework for Surface Vessel Nautical-Behaviour Analysis towards Cognitive Situation Awareness | | Al-Taweel, Abdullah | Clinician-AI Collaboration for Decision Support in Telemedicine | | Angelo Toribio, Simone | Uncertainty-Aware Visual Workload Estimation for Human-Robot Teams | | Appiah-Okyere, Jane A. | A Description of Strengthening COVID-19 Cognitive Cloud to Health Systems by Costa Rican Community Design | | B | | Backfried, Gerhard | PINPOINT - A multidisciplinary framework for semi-automatic risk assessment in military operations and civilian missions | | Bejaoui, Abderahman | Situated and sequential planning and prediction of human driving behavior as decision making support system | | Bellman, Kirstie | Towards systems that dynamically change and evaluate abstractions | | Bhagat Smith, Joshua | Uncertainty-Aware Visual Workload Estimation for Human-Robot Teams | | Boyer, Martin | PINPOINT - A multidisciplinary framework for semi-automatic risk assessment in military operations and civilian missions | | C | | Canan, Mustafa | A Quantum Decision Approach for Human-AI Decision-Making | | Cattani, Stefano | A Description of Strengthening COVID-19 Cognitive Cloud to Health Systems by Costa Rican Community Design | | Chan, Chun Kit | Adaptive Artificial Intelligence to Teach Interactive Molecular Dynamics in the Context of Human-Computer Interaction | | D | | D'Aniello, Giuseppe | Situation Identification using Context Space Theory and Decision Tree | | Dashti, Munna | Objective Assessment of Point-of-Care Ultrasound (POCUS) Competency Using Arm Motion Data and Machine Learning Classifiers | | David, Ruth | A modified Hidden Markov Model (HMM)-based state machine model for driving behavior recognition: Effectiveness of features using different sub-HMMs
Comparison of different hyperparameter optimization methods on driving behavior recognition | | Demir, Mustafa | A Quantum Decision Approach for Human-AI Decision-Making
Adaptive Artificial Intelligence to Teach Interactive Molecular Dynamics in the Context of Human-Computer Interaction | | Diaconescu, Ada | Towards systems that dynamically change and evaluate abstractions | | Dias, Roger | Objective Assessment of Point-of-Care Ultrasound (POCUS) Competency Using Arm Motion Data and Machine Learning Classifiers | | Duggan, Nicole | Objective Assessment of Point-of-Care Ultrasound (POCUS) Competency Using Arm Motion Data and Machine Learning Classifiers | | E | | Ehala, Johannes | Let's Add Highly Stressed People to the Cyber-Physical-Social System
Effects of Culture on Public Behavior Patterns in Crisis Situations | | Eyre, Andrew | Objective Assessment of Point-of-Care Ultrasound (POCUS) Competency Using Arm Motion Data and Machine Learning Classifiers | | F | | Fausett, Crystal M. | Exploring Cognition and Proficiency in Cybersecurity Incident Response: Description of a Subject-Matter Expert Interview
Investigating Team Level KSAs in Cybersecurity: Insights from Observing a Cybersecurity-Themed Board Game Pilot Study | | G | | Gaeta, Matteo | Situation Identification using Context Space Theory and Decision Tree | | Goldsmith, Andrew | Objective Assessment of Point-of-Care Ultrasound (POCUS) Competency Using Arm Motion Data and Machine Learning Classifiers | | H | | Harari, Rayan | Clinician-AI Collaboration for Decision Support in Telemedicine
Objective Assessment of Point-of-Care Ultrasound (POCUS) Competency Using Arm Motion Data and Machine Learning Classifiers | | Haschke, Lukas | A Framework for Surface Vessel Nautical-Behaviour Analysis towards Cognitive Situation Awareness | | Hein, Rüdiger | PINPOINT - A multidisciplinary framework for semi-automatic risk assessment in military operations and civilian missions | | Humr, Scott | A Quantum Decision Approach for Human-AI Decision-Making | | K | | Kaugerand, Jaanus | Let's Add Highly Stressed People to the Cyber-Physical-Social System
Effects of Culture on Public Behavior Patterns in Crisis Situations | | Keebler, Joseph R. | Exploring Cognition and Proficiency in Cybersecurity Incident Response: Description of a Subject-Matter Expert Interview
Investigating Team Level KSAs in Cybersecurity: Insights from Observing a Cybersecurity-Themed Board Game Pilot Study | | King, David | Towards systems that dynamically change and evaluate abstractions | | Korentsides, Jenna | Exploring Cognition and Proficiency in Cybersecurity Incident Response: Description of a Subject-Matter Expert Interview | | Korentsides, Jenna M. | Investigating Team Level KSAs in Cybersecurity: Insights from Observing a Cybersecurity-Themed Board Game Pilot Study | | L | | Landauer, Christopher | Towards systems that dynamically change and evaluate abstractions
Autonomous Computational Partners | | Lazzara, Elizabeth H. | Exploring Cognition and Proficiency in Cybersecurity Incident Response: Description of a Subject-Matter Expert Interview
Investigating Team Level KSAs in Cybersecurity: Insights from Observing a Cybersecurity-Themed Board Game Pilot Study | | Leahy, Sean M. | Adaptive Artificial Intelligence to Teach Interactive Molecular Dynamics in the Context of Human-Computer Interaction | | M | | McDaniel, Emma | Building Holistic Situation Awareness through Large Language Models | | McKnight, Lee W. | A Description of Strengthening COVID-19 Cognitive Cloud to Health Systems by Costa Rican Community Design | | Meriste, Merik | Let's Add Highly Stressed People to the Cyber-Physical-Social System
Effects of Culture on Public Behavior Patterns in Crisis Situations | | Mishra, Punya | Adaptive Artificial Intelligence to Teach Interactive Molecular Dynamics in the Context of Human-Computer Interaction | | N | | Nelson, Phyllis | Towards systems that dynamically change and evaluate abstractions | | Nowotka, Dirk | A Framework for Surface Vessel Nautical-Behaviour Analysis towards Cognitive Situation Awareness | | P | | Patel, Sabina Mitesh | Exploring Cognition and Proficiency in Cybersecurity Incident Response: Description of a Subject-Matter Expert Interview
Investigating Team Level KSAs in Cybersecurity: Insights from Observing a Cybersecurity-Themed Board Game Pilot Study | | Pilutti, Diego | PINPOINT - A multidisciplinary framework for semi-automatic risk assessment in military operations and civilian missions | | Pourfalatoun, Shiva | Clinician-AI Collaboration for Decision Support in Telemedicine | | R | | Rannat, Kalev | Let's Add Highly Stressed People to the Cyber-Physical-Social System
Effects of Culture on Public Behavior Patterns in Crisis Situations | | Ruvinsky, Alicia | Building Holistic Situation Awareness through Large Language Models | | S | | Salas-Castro, Alvaro | A Description of Strengthening COVID-19 Cognitive Cloud to Health Systems by Costa Rican Community Design | | Schuster, David | Exploring Cognition and Proficiency in Cybersecurity Incident Response: Description of a Subject-Matter Expert Interview
Investigating Team Level KSAs in Cybersecurity: Insights from Observing a Cybersecurity-Themed Board Game Pilot Study | | Schwid, Madeline | Objective Assessment of Point-of-Care Ultrasound (POCUS) Competency Using Arm Motion Data and Machine Learning Classifiers | | Selame, Lauren | Objective Assessment of Point-of-Care Ultrasound (POCUS) Competency Using Arm Motion Data and Machine Learning Classifiers | | Shokoohi, Hamid | Clinician-AI Collaboration for Decision Support in Telemedicine | | Singharoy, Abhishek | Adaptive Artificial Intelligence to Teach Interactive Molecular Dynamics in the Context of Human-Computer Interaction | | Smith, Danielle Taana | A Description of Strengthening COVID-19 Cognitive Cloud to Health Systems by Costa Rican Community Design | | Suker, Michael | PINPOINT - A multidisciplinary framework for semi-automatic risk assessment in military operations and civilian missions | | Söffker, Dirk | Situated and sequential planning and prediction of human driving behavior as decision making support system
A modified Hidden Markov Model (HMM)-based state machine model for driving behavior recognition: Effectiveness of features using different sub-HMMs
Comparison of different hyperparameter optimization methods on driving behavior recognition | | T | | Tatabaei, Amir | PINPOINT - A multidisciplinary framework for semi-automatic risk assessment in military operations and civilian missions | | Teichmann, Mare | Let's Add Highly Stressed People to the Cyber-Physical-Social System
Effects of Culture on Public Behavior Patterns in Crisis Situations | | Thomas-Aniola, Dorothea | PINPOINT - A multidisciplinary framework for semi-automatic risk assessment in military operations and civilian missions | | Tomforde, Sven | A Framework for Surface Vessel Nautical-Behaviour Analysis towards Cognitive Situation Awareness | | Z | | Zinkanell, Michael | PINPOINT - A multidisciplinary framework for semi-automatic risk assessment in military operations and civilian missions |
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