Uploaded February 2022 | Updated September 2026, 2 weeks ago
Modern design guidelines for Human-machine or graphical-user interfaces serve a variety of applications; from creating successful and recognisable commercial software, to ensuring safe and efficient operation of industrial plants.
Telerobotics and teleoperation is a field with a complex user interaction. This work aims to contextualise the modern design guidelines and discuss the creation of a standard of design guidelines for graphical human-machine interfaces in telerobotics. It focuses on the definition of user and environment that make telerobotics unique and presents a standard for designing graphical user interfaces that suit the telerobotics field.
The use of this standard is then showcased under real-world challenges in its application for the re-design of the Joint European Torus (JET) Remote Handling System which is responsible for delivering all the telerobotic operations within JET.
Modern design guidelines for Human-machine or graphical-user interfaces serve a variety of applications; from creating successful and recognisable commercial software, to ensuring safe and efficient operation of industrial plants.
Telerobotics and teleoperation is a field with a complex user interaction. This work aims to contextualise the modern design guidelines and discuss the creation of a standard of design guidelines for graphical human-machine interfaces in telerobotics. It focuses on the definition of user and environment that make telerobotics unique and presents a standard for designing graphical user interfaces that suit the telerobotics field.
The use of this standard is then showcased under real-world challenges in its application for the re-design of the Joint European Torus (JET) Remote Handling System which is responsible for delivering all the telerobotic operations within JET.
