Neuroergonomics: Measuring the Human Operator’s Brain in Ecological Settings Vol. 80, 2017/1 - pagesPages 1 to 6Neuroergonomics: measuring the human operator’s brain in ecological settingsBy Frédéric Dehais, Mickaël Causse, Julien CegarraPages 7 to 22A neuroergonomics perspective on mental workload predictions in Jens Rasmussen’s SRK frameworkBy Julien Cegarra, Bruno Baracat, Cristophe Calmettes, N. Matton, Rémi L. CapaPages 23 to 50Rethinking gait and motor activity in daily life: a neuroergonomic perspective of Parkinson’s diseaseBy Ross Parry, O. Buttelli, J. Riff, J. Roussel, N. Sellam, M. L. Welter, Elodie LaloPages 51 to 72Towards real-time detection of cognitive effort in driving: contribution of a cardiac measurementBy Christophe Jallais, Alexandra Fort, Fabien Moreau, Jordan Navarro, Catherine Gabaude, Catherine GabaudePages 73 to 92EEG-based neuroergonomics for 3d user interfaces: opportunities and challengesBy Jérémy Frey, Martin Hachet, Fabien LottePages 93 to 112Driver Adaptive Task Allocation: A Field Driving StudyBy S. Lei, Takashi Toriizuka, Mattias RoettingPages 113 to 132Positive effects of neurofeedback intervention on radiation oncology physicians’ workload during go/no-go performance testBy Lukasz M. Mazur, Alana Campbell, Elizabeth Comitz, David Planting, Steven B. Lowen, Prithima Reddy Mosaly, A. Belger, Bhisham Chera, L. B. Marks
