Cover Page -- Half title -- Title Page -- Copyright Page -- Contents -- Acknowledgements -- Preface -- Part One Aerospace Cognitive Ergonomics -- 1 Application of human performance data and quantitative models to the design of automation -- 2 Evaluation of the cockpit assistant military aircraft (CAMA) in flight trials -- 3 Cognitive concepts in mission management for air-to-ground attack aircraft -- 4 The practice of Engineering Psychology - a UK approach -- 5 Human factors and engineering methodologies: complementary or insurmountable? -- 6 The process of certification - issues for new technologies -- 7 Auditory alerting system: design of sounds and their presentation logic -- 8 Object layers in HUDs: the role of motion in grouping symbology -- 9 Mixed-up but flyable: HMDs with aircraft- and head-referenced symbology -- 10 Cognitive cockpit systems: information requirements analysis for pilot control of cockpit automation -- 11 Cognitive cockpit systems: the effects of reliability and saliency of aiding information on map situation assessment -- 12 Cognitive cockpit systems: voice for cognitive control of tasking automation -- 13 Assessing patterns of head motion behaviour for adapting multisensory interfaces: qualitative and quantitative analyses and model specification -- 14 The influence of airborne data link on system dependability -- 15 Costs and benefits of automation in air warfare -- 16 Where do we go from here? Navigation decision aiding in the case of subsystem failure -- Part Two Air Traffic Control -- 17 Just how simple is Air Traffic Control? Heuristic categorisation and safety attrition in informal decisions -- 18 The control-system interface in air traffic control: an ergonomic approach -- 19 Methods for assessing ATC controllers' recovery from automation failure -- 20 Types of error recovery in Air Traffic Management