Cockpit Systems Design in Future Military Aircraft. - Axel Schulte (HCI (2), 1997)

Cognitive Automation for Tactical Mission Management: Concept and Prototype Evaluation in Flight Simulator Trials. - Axel Schulte (Cogn. Technol. Work., 2002)

Efficient Graph Matching with Application to Cognitive Automation. - Alexander Matzner; Mark Minas; Axel Schulte (AGTIVE, 2007)

Operator Assistance and Semi-autonomous Functions as Key Elements of Future Systems for Multiple Uav Guidance. - Michael Kriegel; Claudia Meitinger; Axel Schulte (HCI (13), 2007)

Behavior Model Based Recognition of Critical Pilot Workload as Trigger for Cognitive Operator Assistance. - Diana Donath; Axel Schulte (HCI (17), 2009)

Human-UAV Co-operation Based on Artificial Cognition. - Claudia Meitinger; Axel Schulte (HCI (17), 2009)

Human factors in the guidance of uninhabited vehicles: oxymoron or tautology? - Axel Schulte; Claudia Meitinger; Reiner Onken (Cogn. Technol. Work., 2009)

A Generic Cognitive System Architecture Applied to the UAV Flight Guidance Domain. - Stefan Brüggenwirth; Ruben Strenzke; Alexander Matzner; Axel Schulte (ICAART (2), 2010)

Using cognitive automation for aircraft general systems management. - Wolfgang Pecher; Stefan Brüggenwirth; Axel Schulte (SoSE, 2010)

System-Ergonomic Design of Cognitive Automation: Dual-Mode Cognitive Design of Vehicle Guidance and Control Work Systems - Reiner Onken; Axel Schulte (Springer, 2010)

Mental Resource Demands Prediction as a Key Element for Future Assistant Systems in Military Helicopters. - Felix Maiwald; Axel Schulte (HCI (21), 2011)

Measuring Self-adaptive UAV Operators' Load-Shedding Strategies under High Workload. - Axel Schulte; Diana Donath (HCI (21), 2011)

Mixed-Initiative Multi-UAV Mission Planning by Merging Human and Machine Cognitive Skills. - Ruben Strenzke; Axel Schulte (HCI (21), 2011)

Design considerations for COSA2. - Stefan Brüggenwirth; Wolfgang Pecher; Axel Schulte (IEEE IA, 2011)

Design and Evaluation of a UAS combining Cognitive Automation and Optimal Control. - Sebastian Clauss 002; Pierre Aurich; Stefan Brüggenwirth; Vladimir N. Dobrokhodov; Isaac Kaminer; Axel Schulte (Infotech@Aerospace, 2012)

COSA2 - A Cognitive System Architecture with Centralized Ontology and Specific Algorithms. - Stefan Brüggenwirth; Axel Schulte (SMC, 2012)

Single-Seat Cockpit-Based Management of Multiple UCAVs Using On-Board Cognitive Agents for Coordination in Manned-Unmanned Fighter Missions. - Stefan Gangl; Benjamin Lettl; Axel Schulte (HCI (17), 2013)

Design of a Guided Missile Operator Assistant System for High-Tempo Intervention Support. - Tobias Kloss; Axel Schulte (HCI (17), 2013)

Task delegation in an agent supervisory control relationship capability awareness in a cognitive agent. - Sebastian Clauss 002; Axel Schulte (SMC, 2014)

Workload prediction and estimation of human mental resources in Helicopter Emergency Medical Service missions. - Felix Maiwald; Axel Schulte (SMC, 2014)

Mixed-Initiative Mission Planning Using Planning Strategy Models in Military Manned-Unmanned Teaming Missions. - Fabian Schmitt; Axel Schulte (SMC, 2015)

Human-System Interaction Analysis for Military Pilot Activity and Mental Workload Determination. - Axel Schulte; Diana Donath; Fabian Honecker (SMC, 2015)

Design Patterns for Human-Cognitive Agent Teaming. - Axel Schulte; Diana Donath; Douglas S. Lange (HCI (6), 2016)

Designing a Support System to Mitigate Pilot Error While Minimizing Out-of-the-Loop-Effects. - Nikolaus Theißing; Axel Schulte (HCI (6), 2016)

Fast Subset Path Planning/ Replanning to Avoid Obstacles with Time-Varying Probabilistic Motion Patterns. - Jane Jean Kiam; Matthias Gerdts; Axel Schulte (STAIRS, 2016)

Automated Online Determination of Pilot Activity Under Uncertainty by Using Evidential Reasoning. - Fabian Honecker; Axel Schulte (HCI (6), 2017)

Implementation of a Responsive Human Automation Interaction Concept for Task-Based-Guidance Systems. - Georg Rudnick; Axel Schulte (HCI (5), 2017)

Design and Evaluation of a Mixed-Initiative Planner for Multi-vehicle Missions. - Fabian Schmitt; Gunar Roth; Axel Schulte (HCI (6), 2017)

Model-based prediction of workload for adaptive associate systems. - Yannick Brand; Axel Schulte (SMC, 2017)

Tactical Decision Support for UAV Deployment in MUM-T Helicopter Missions : Problem analysis and System Requirements. - Matthias A. Frey; Axel Schulte (CogSIMA, 2018)

Design and Evaluation of a Workload-Adaptive Associate System for Cockpit Crews. - Yannick Brand; Axel Schulte (HCI (6), 2018)

Experimental Evaluation of a Scalable Mixed-Initiative Planning Associate for Future Military Helicopter Missions. - Fabian Schmitt; Axel Schulte (HCI (6), 2018)

A Heterarchical Urgency-Based Design Pattern for Human Automation Interaction. - Axel Schulte; Diana Donath; Douglas S. Lange; Robert S. Gutzwiller (HCI (6), 2018)

Design and Experimental Validation of Transparent Behavior for a Workload-Adaptive Cognitive Agent. - Yannick Brand; Michael Ebersoldt; Daniel J. Barber; Jessie Y. C. Chen; Axel Schulte (IHSI, 2018)

Experimental Validation of Pilot Situation Awareness Enhancement Through Transparency Design of a Scalable Mixed-Initiative Mission Planner. - Fabian Schmitt; Gunar Roth; Daniel J. Barber; Jessie Y. C. Chen; Axel Schulte (IHSI, 2018)

A Design and Description Method for Human-Autonomy Teaming Systems. - Axel Schulte; Diana Donath (IHSI, 2018)

Evaluating a Helicopter Pilot HMI for Rotor Strike Warning in a Simulated Environment. - Markus Kaiser 006; Axel Schulte (MESAS, 2018)

Multilateral Mission Planning in a Time-Varying Vector Field with Dynamic Constraints. - Jane Jean Kiam; Axel Schulte (SMC, 2018)

GA-guided task planning for multiple-HAPS in realistic time-varying operation environments. - Jane Jean Kiam; Eva Besada-Portas; Valerie Hehtke; Axel Schulte (GECCO, 2019)

Interaction Concept for Mixed-Initiative Mission Planning on Multiple Delegation Levels in Multi-UCAV Fighter Missions. - Felix Heilemann; Axel Schulte (IHSI, 2019)

Full-Mission Human-in-the-Loop Experiments to Evaluate an Automatic Activity Determination System for Adaptive Automation. - Fabian Honecker; Axel Schulte (IHSI, 2019)

Hierarchical Planning Guided by Genetic Algorithms for Multiple HAPS in a Time-Varying Environment. - Jane Jean Kiam; Valerie Hehtke; Eva Besada-Portas; Axel Schulte (IHSI, 2019)

Using AI-Planning to Solve a Kinodynamic Path Planning Problem and Its Application for HAPS. - Jane Jean Kiam; Axel Schulte; Enrico Scala (IHSI, 2019)

Defining Generic Tasks to Guide UAVs in a MUM-T Aerial Combat Environment. - Sebastian Lindner 003; Simon Schwerd; Axel Schulte (IHSI, 2019)

An Exploratory Analysis of Physiological Data Aiming to Support an Assistant System for Helicopter Crews. - Matthew Masters; Diana Donath; Axel Schulte (IHSI, 2019)

Tactical Situation Modelling of MUM-T Helicopter Mission Scenarios using Influence Maps. - Matthias A. Frey; Axel Schulte (SMC, 2019)

Tasking, Teaming, Swarming: Design Patterns for Human Delegation of Unmanned Vehicles. - Axel Schulte; Felix Heilemann; Sebastian Lindner 003; Diana Donath (AHFE (10), 2020)

Model-Based Automated Flight Path Planning for an Ultralight Aircraft (short paper). - Belén Santos León; Jane Jean Kiam; Axel Schulte (IPS-RCRA@AI*IA, 2020)

A Fault-Tolerant Automated Flight Path Planning System for an Ultralight Aircraft. - Belén Santos León; Jane Jean Kiam; Axel Schulte (AI*IA, 2020)

An AI-Based Planning Framework for HAPS in a Time-Varying Environment. - Jane Jean Kiam; Enrico Scala; Miquel Ramírez Jávega; Axel Schulte (ICAPS, 2020)

Experimental Evaluation of an Adaptive Planning Assistance System in Manned Unmanned Teaming Missions. - Felix Heilemann; Axel Schulte (HCI (17), 2020)

Human-in-the-Loop Evaluation of a Manned-Unmanned System Approach to Derive Operational Requirements for Military Air Missions. - Sebastian Lindner 003; Axel Schulte (HCI (7), 2020)

Experimental Evaluation of Heart-Based Workload Measures as Related to Their Suitability for Real-Time Applications. - Dennis Mund; Axel Schulte (HCI (34), 2020)

A Concept on the Shared Use of Unmanned Assets by Multiple Users in a Manned-Unmanned-Teaming Application. - Gunar Roth; Axel Schulte (HCI (7), 2020)

Experimental Validation of an Eye-Tracking-Based Computational Method for Continuous Situation Awareness Assessment in an Aircraft Cockpit. - Simon Schwerd; Axel Schulte (HCI (7), 2020)

Investigating the Utility of fNIRS to Assess Mental Workload in a Simulated Helicopter Environment. - Matthew Masters; Axel Schulte (ICHMS, 2020)

Implementation of Teaming Behavior in Unmanned Aerial Vehicles. - Marius Dudek; Sebastian Lindner 003; Axel Schulte (IHSI, 2020)

Time Line Based Tasking Concept for MUM-T Mission Planning with Multiple Delegation Levels. - Felix Heilemann; Axel Schulte (IHSI, 2020)

Concept of an Adaptive Cockpit to Maintain the Workflow of the Cockpit Crew. - Juliane Müller 006; Axel Schulte (IHSI, 2020)

A Conceptual Augmentation of a Pilot Assistant System with Physiological Measures. - Dennis Mund; Evgeni Pavlidis; Matthew Masters; Axel Schulte (IHSI, 2020)

Goal Directed Design of Rewards and Training Features for Self-learning Agents in a Human-Autonomy-Teaming Environment. - Simon Schwerd; Sebastian Lindner 003; Axel Schulte (IHSI, 2020)

Towards A Tactical UAV Assessment System to Support Transport Helicopter Crews in MUM-T Scenarios. - Matthias A. Frey; Axel Schulte (SMC, 2020)

Transparency for a Workload-Adaptive Cognitive Agent in a Manned-Unmanned Teaming Application. - Gunar Roth; Axel Schulte; Fabian Schmitt; Yannick Brand (IEEE Trans. Hum. Mach. Syst., 2020)

Concept for Cross-platform Delegation of Heterogeneous UAVs in a MUM-T Environment. - Siegfried Maier; Axel Schulte (AHFE (10), 2021)

Conditional Behavior: Human Delegation Mode for Unmanned Vehicles Under Selective Datalink Availability. - Carsten Meyer; Axel Schulte (AHFE (10), 2021)

A Distributed Mission-Planning Framework for Shared UAV Use in Multi-operator MUM-T Applications. - Gunar Roth; Axel Schulte (AHFE (10), 2021)

Operator State Estimation to Enable Adaptive Assistance in Manned-Unmanned-Teaming. - Simon Schwerd; Axel Schulte (Cogn. Syst. Res., 2021)

Hierarchical Mission Planning with a GA-Optimizer for Unmanned High Altitude Pseudo-Satellites. - Jane Jean Kiam; Eva Besada-Portas; Axel Schulte (Sensors, 2021)

A Dynamic Bayesian Network and Markov Decision Process for Tactical UAV Decision Making in MUM-T Scenarios. - Matthias A. Frey; Jonas Attmanspacher; Axel Schulte (CogSIMA, 2022)

Experimental Assessment of Fixation-Based Attention Measurement in an Aircraft Cockpit. - Simon Schwerd; Axel Schulte (HCI (6), 2022)

Learning Decision-Making Patterns in the Context of Manned-Unmanned Teaming. - Jane Jean Kiam; Lukas Fröhlich; Axel Schulte (SMC, 2022)

Towards Intelligent Companion Systems in General Aviation using Hierarchical Plan and Goal Recognition. - Prakash Jamakatel; Pascal Bercher; Axel Schulte; Jane Jean Kiam (HAI, 2023)

Interaction-based Implicit Calibration of Eye-Tracking in an Aircraft Cockpit. - Simon Schwerd; Axel Schulte (VISIGRAPP (2: HUCAPP), 2023)

Plan and Goal Recognition System for Adaptive Pilot Assistance in Tactical Helicopter Operations. - Dominik Künzel; Axel Schulte (HCI (9), 2024)

Detection of Arousal of Pilots in Event-Related Heart Rate Responses. - Karl Tschurtschenthaler; Axel Schulte (HCI (70), 2024)

Experimental Evaluation of UAV Task Delegation Methods. - Marius Dudek; Axel Schulte (ICHMS, 2024)

Enhancing Tactical Military Mission Execution through Human-AI Collaboration: A View on Air Battle Management Systems. - Sebastian Lindner 003; Axel Schulte (ICHMS, 2024)

Using Situational Awareness and Situative Criticality for Adaptive Planning Assistance in MUM-T Missions. - Julian Bautz; Simon Schwerd; Axel Schulte (SMC, 2024)

Adaptive Mission Planning: Evaluation of a Hybrid Cognitive Mixed-Initiative Planning Assistant in Manned-Unmanned Teaming Operations. - Siegfried Maier; Jane Jean Kiam; Axel Schulte (SMC, 2024)

Cognitive Workload Estimation Using LSTM and Ensemble Learning on Multimodal Physiological Data. - Gaganpreet Singh; Serdar Duman; Axel Schulte (SSRR, 2024)

Evaluating Blink Rate as a Dynamic Indicator of Mental Workload in a Flight Simulator. - Simon Schwerd; Axel Schulte (VISIGRAPP (1): GRAPP, HUCAPP, IVAPP, 2024)

Towards Task-Aware Intervention When Supervising Unmanned Aerial Vehicles: System Requirements Analysis for Human Multitasking-Adaptive Assistance. - Karl Tschurtschenthaler; Axel Schulte (HCI (12), 2025)