Theoretical Issues in Ergonomics Science

Neuroergonomics: research and practice
pp. 5-20(16)
Author: Parasuraman R.

Oculomotor behaviour as a reflection of attention and memory processes: neural mechanisms and applications to human factors
pp. 21-55(35)
Authors: Kramer A.F.; McCarley J.S.

Neuroindices of cognitive workload: neuroimaging, pupillometric and event-related potential studies of brain work
pp. 56-88(33)
Authors: Just M.A.; Carpenter P.A.; Miyake A.

Automation cueing modulates cerebral blood flow and vigilance in a simulated air traffic control task
pp. 89-112(24)
Authors: Hitchcock E.M.; Warm J.S.; Matthews G.; Dember W.N.; Shear P.K.; Tripp L.D.; Mayleben D.W.; Parasuraman R.

Neurophysiological measures of cognitive workload during human-computer interaction
pp. 113-131(19)
Authors: Gevins A.; Smith M.E.

Commentary
pp. 132-141(10)
Author: Baldwin C.L.

Neuroergonomics: opportunities and challenges of merging cognitive neuroscience with cognitive ergonomics
pp. 142-150(9)
Authors: Sarter N.; Sarter M.

Process monitoring and configural display design: a neuroimaging study
pp. 151-174(24)
Authors: Sanderson P.; Pipingas A.; Danieli F.; Silberstein R.

Physical neuroergonomics: the human brain in control of physical work activities
pp. 175-199(25)
Authors: Karwowski W.; Siemionow W.; Gielo-Perczak K.

A brain-based system for adaptive automation
pp. 200-219(20)
Authors: Scerbo M.W.; Freeman F.G.; Mikulka P.J.

Neuroadaptive technologies: applying neuroergonomics to the design of advanced interfaces
pp. 220-237(18)
Authors: Hettinger L.J.; Branco P.; Encarnacao L.M.; Bonato P.

The future of neuroergonomics
pp. 238-249(12)
Authors: Hancock P.A.; Szalma J.L.