CogSIMA 2023: Volume Information

Proceedings of Conference on Cognitive and Computational Aspects of Situation Management 2023

Papers

Danielle Taana Smith, Lee W. McKnight, Stefano Cattani, Alvaro Salas-Castro and Jane A. Appiah-Okyere
1-8
Abderahman Bejaoui and Dirk Söffker
9-19
Ruth David and Dirk Söffker
20-32
Ruth David and Dirk Söffker
33-43
David Schuster, Crystal M. Fausett, Jenna Korentsides, Sabina Mitesh Patel, Elizabeth H. Lazzara and Joseph R. Keebler
44-53
Mare Teichmann, Johannes Ehala, Jaanus Kaugerand, Merik Meriste and Kalev Rannat
54-65
Mare Teichmann, Jaanus Kaugerand, Johannes Ehala, Merik Meriste and Kalev Rannat
66-80
Ryan Harari, Nima Ahmadi, Shiva Pourfalatoun, Abdullah Al-Taweel and Hamid Shokoohi
81-89
Ryan Harari, Nicole Duggan, Madeline Schwid, Andrew Eyre, Lauren Selame, Munna Dashti, Andrew Goldsmith and Roger Dias
90-99
Crystal M. Fausett, Jenna M. Korentsides, Sabina M. Patel, David Schuster, Elizabeth H. Lazzara and Joseph R. Keebler
100-110
Scott Humr, Mustafa Canan and Mustafa Demir
111-125
Joshua Bhagat Smith, Simone Angelo Toribio and Julie Adams
126-139
Mustafa Demir, Sean M. Leahy, Punya Mishra, Chun Kit Chan and Abhishek Singharoy
140-153
Ada Diaconescu, David King, Kirstie Bellman, Christopher Landauer and Phyllis Nelson
154-162
Chris Landauer
163-171
Gerhard Backfried, Dorothea Thomas-Aniola, Diego Pilutti, Martin Boyer, Rüdiger Hein, Amir Tatabaei, Michael Zinkanell, Michael Suker and Philipp Agathonos
172-177
Giuseppe D'Aniello and Matteo Gaeta
178-188
Emma McDaniel and Alicia Ruvinsky
189-198
Ghassan Al-Falouji, Lukas Haschke, Dirk Nowotka and Sven Tomforde
199-214

Keyphrases

abstraction levels, Advanced Driving Assistance Systems2, AI, AR, Artificial Intelligence2, Automatic modeling, autonomous systems, Bayesian optimization, behavior in crisis situation, behaviour analysis, board game, case study, ChatGPT, civilian missions, Clinician AI Collaboration, Cloud, cognitive, cognitive situation management2, Cognitive Task Analysis, Competency, Computational Semiotics, Computer Network Defense, Costa Rica, COVID-19, Curiosity, Cyber-Physical-Social system, Cyber-physical-social systems (CPSS), Cybersecurity, cybersecurity testbed, decision making2, decision-making support system, Digital Shadow, disaster response, Driving behavior recognition2, edge, feature selection, Generative Modelling, Genetic Algorithm, Health Systems, Hidden Markov Model, Hofstede's cultural dimensions, Human Computer Interaction2, human-in-the-loop, human-machine teaming, human-robot interaction, human-robot teams, Human System Cooperation, Incident Response, information deficiency, Internet Backpack, large language models, machine learning2, Maritime Traffic Analysis, military operations, mixed methods, Model-Based Operation, Model Deficiency Analysis, molecular dynamics, neural network, nonlinear dynamical systems, OSINT, Pandemic Situation Management, PNT, Point-of-care ultrasound (POCUS), public behavior patterns, quantum probability, risk analysis, Self-Aware Systems, self-modeling, Situated behavior planning and prediction, situation awareness2, situation model, Situation-Operator-Modeling, Situational Awareness, state machine, state machines, stress, Sub-Hidden Markov Model, Supervision of Human-Machine-interaction, swarm tracking, team competencies, Teamwork, technology acceptance, Telemedicine, traffic flow, training, Trust, Vehicle systems, Visual Workload, wearable sensors, Wrapping Integration Infrastructure.