Presentation
Towards Effective Remote Operation in Automated Rail Transport: Insights from an Expert Evaluation
SessionWednesday Poster Session
DescriptionThis study investigates the design of an effective remote operator workplace for supervising automated train systems during shunting maneuvers. As railway automation advances, remote operation is expected to play a critical role as a fallback solution, particularly in situations requiring human intervention. While previous research has focused on remote control during system disruptions, limited attention has been given to standard operations such as shunting. To address this gap, a human-centered design approach was applied, including expert workshops and iterative prototyping.
Five experts in human factors and automation participated in a structured workshop to define requirements and design a prototypical human-machine interface. The results highlight the importance of task allocation between automation and human operators, emphasizing a maneuver-based control paradigm in which operators authorize predefined train movements. The final prototype includes four monitors, dual touchpads for interaction and communication, and additional control elements such as an emergency stop button and auditory feedback systems.
Findings indicate that communication with multiple stakeholders is a central task for remote operator, which is currently underrepresented in existing Grades of Automation (GoA) frameworks. Overall, the study represents an important step toward fully automated railway systems and opens up new directions for future research.
Five experts in human factors and automation participated in a structured workshop to define requirements and design a prototypical human-machine interface. The results highlight the importance of task allocation between automation and human operators, emphasizing a maneuver-based control paradigm in which operators authorize predefined train movements. The final prototype includes four monitors, dual touchpads for interaction and communication, and additional control elements such as an emergency stop button and auditory feedback systems.
Findings indicate that communication with multiple stakeholders is a central task for remote operator, which is currently underrepresented in existing Grades of Automation (GoA) frameworks. Overall, the study represents an important step toward fully automated railway systems and opens up new directions for future research.
Event Type
Poster
TimeWednesday, October 21st5:30pm - 6:30pm PDT
Location