Applying situated cognitive engineering for platform automation in the 21st century

Modeling the cognitive task load and performance of naval operators

Modelling cognitive task load and emotion for adaptive maritime interfaces

Design and user evaluation of an interface prototype that adapts to the operator's cognitive task load

Design and user evaluation of an interface prototype that adapts to the operator's cognitive task load

Measuring cognitive task load on a naval ship: implications of a real world environment

Augmenting cognition: reviewing the symbiotic relation between man and machine

Dynamic task load scheduling for platform control and navigation on a naval ship

Task based interpretation of operator state information for adaptive support

Cognitive task load in naval ship control centres: from identification to prediction

Cognitive task load in a naval ship control centre: from identification to prediction

Optimizing cognitive task load in naval ship control centres: design of an adaptive interface

Accessibility on the job: cognitive capacity driven personalization

A model for cognitive task load prediction: validation and application

Assessing cognitive distributions for envisioned task allocations and support functions