HCI in Mobility, Transport, and Automotive Systems
Description
The 8th International Conference on HCI in Mobility, Transport, and Automotive Systems, MobiTAS 2026, held as part of the 28th HCI International Conference, HCII 2026, took place in Montreal, QC, Canada, during July 2026.
A total of 7435 individuals from academia, research institutes, industry, and government agencies from 94 countries submitted contributions to HCII 2026. Following peer review, 1463 papers and 360 posters (as short research papers) are included in the volumes of the HCII 2026 proceedings published just before the start of the conference.
Two volumes (LNCS 16741 and 16742) of the HCII 2026 proceedings are dedicated to this year's edition of the MobiTas Affiliated Conference focusing on topics related to:
- HCI in Mobility, Transport and Automotive Systems (Part I): Autonomous Driving, Decision-Making, and Human-AI Interaction; In-Vehicle Interaction, UX, and Smart Interfaces; Simulation, Virtual Environments, and Prototyping for Mobility
- HCI in Mobility, Transport and Automotive Systems (Part II): Aviation Systems and Pilot Interaction; Urban and Inclusive Mobility; Safety, Trust, and Risk Mitigation in Aviation and Automotive
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Content
.- Aviation Systems and Pilot Interaction .- Differences in Entropy-Based Eye Movement Metrics Between Pilots with Different Flight Experience During Takeover in ILS Landing.- Design and Evaluation of Required Time of Arrival (RTA) Modules for Improved Pilot Performance and Situational Awareness.- Design and Evaluation of an Improved CPDLC Interface.- Supporting Pilot Decision-Making in Trajectory-Based Operations: Card-Sorting Study.- Interactive Effects of Flight Experience and Unexpected Events on Pilots' Situation Awareness.- Applying Crew Resource Management Principles to Improve Human-Autonomy Teaming.- Measuring Pilot Vigilance Decline During a Monotonous Mission in a Flight Simulator.- Piloting the Future: Design of a Data Link System with Airport Moving Map for Taxi Operations.- Urban and Inclusive Mobility .- Voice-Based Virtual Agents in Mobility: Navigation and Non-Navigation Assistance.- Colored Shared Spaces (CSS): How Visual Design Transforms Pedestrian Experiences.- IT-based Collaborative Assistive System for Redesign of Mobility Schema of a Neighborhood in A Large City.- Combining Experience Map or User Journey Map and Ecosystem of Disabled Users for Mobility Contexts. Rethinking Travel Planning: How Mobility-as-a-Service Platforms Support Travelers With Mobility Restrictions?.- Creating a Multimodal Human-Robot-Interaction Concept for an Autonomous Delivery Robot in Public Transport.- What VRUs Want: Investigating Behavior Expectations in Critical Traffic Situations Between Bicycle/E-bikes and Cars.- A Relocation Recommendation System Based on Similarity of Station Surrounding Areas.- Safety, Trust, and Risk Mitigation in Aviation and Automotive. - Causation Analysis of Vehicle Driving Automation-related Accidents.- The Role of Certification Guidance in Shaping Automated Flight Control System Interaction: A Qualitative Design Space Analysis.- Towards a Neurosymbolic Cognitive Digital Twin for Aircraft Pilots: An Ontology-Driven ACT-R Architecture for Procedural Behavior Modeling.- Psycho-Physiological Estimation of Driver's Sense of Safety and Confidence Based on Driving Simulator Experiments.- An Alternative Method for Assessing Transparency in Semi-autonomous Vehicles: a Directed Content Analysis of User-Generated Content.- Recovery Analysis of SWA Flight 1380 Accident Using the Functional Resonance Analysis Method (FRAM).- Estimating Drivers' Sense of Safety and Confidence in Response to Driving Situations Using Wearable Devices: An On-Road Experimental Study.- Identifying Typical Car-Following Scenarios in China for Automated Driving: Findings from A Qualitative Study.