Abstract
This paper describes a concept of human-machine interface (HMI) design for collaboration of human operators and automated systems. For supporting operators to prevent interference with automated systems, intentions (i.e., goals and means) of automated systems are explicitly represented on the interface. The proposed design is evaluated through cognitive experiments on operations of a process system with a prototype interface. The results show high tolerance of the HMI to unexperienced events, advantages and disadvantages for different situations, and usage of information about intentions of automated systems.
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