Visual neuroergonomics gvc_ua
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The document discusses visual neuroergonomics, which examines the interaction between human vision and technology in daily activities. It covers topics like how vision changes with age, applications of neuroergonomics in areas like driving and displays, and the potential for mobile brain-machine interfaces. The document also considers whether interdisciplinary expertise in visual sciences could be useful, and debates the challenges of developing robust, comprehensive, and user-friendly mobile brain sensor technologies and systems for monitoring brain and body responses.
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Visual neuroergonomics gvc_ua
- 1. F.M. Martínez-Verdú Color & Vision Group http://web.ua.es/en/gvc
- 2. Visual Brian & Technology Interaction for daily activities (work, leisure, etc.) 2
- 3. Definition & scope of Visual Neuroergonomics Vision and ageing: natural vs. anomalous Future and current technological applications of Neuroergonomics Common RTD interests between Apple & UA 3
- 4. Human brain, and using its visual perception, and connected to other brain functions, in daily or naturalistic or innovative (challenging) conditions ◦ Physical (body) vs. cognitive (brain) activities Parameters Fatigue Attention Adaptation Training (learning) Performance 4
- 5. Mobile Brain Machine Interaction (MoBI, etc.) ◦ Assessment of cognitive & visual performance Visual and cognitive demands lower than human limits ◦ Neurofeedback: interaction (communication) and improvement of cognitive (& motor) functions 5
- 6. 6
- 7. Basic visual functions: ◦ Detection Recognition (scaling) Discrimination ◦ Attention Decision Action Application fields: ◦ Vision & driving (autonomous car, etc.) ◦ Vision & displays (smartphones, etc.) ◦ Vision & sports (gaming, etc.) ◦ Vision & education (learning, AI, etc.) ◦ Vision & ageing Human vision limits Optics vs. Neurophysiology 7
- 8. Discussion: can we be useful as expert in Visual Sciences (Optics, Perception, Clinics)? ◦ Inter and multi-disciplinary approach ◦ Focus on healthy or anomalous (ill) people?? ◦ Types of preventive and/or therapeutic actions: Cognitive pharmacology vs. visuo-cognitive activities Decline braking vs. resilience vs. anti-fragility 8
- 9. 9
- 10. 10
- 11. 11
- 12. 12
- 13. 13
- 14. 14
- 15. Mobile BMI: driving, gaming, learning, etc. Security & Health: visual and cognitive risks Scientific visualization Neurofeedback 15
- 16. 16
- 17. 17
- 18. 18
- 19. 19 Robust mobile brain sensor technology? Comprehensive “wireless” body measurement system? Powerful computational software to collectively processing, analyze and communicate (feedback) both brain-body responses? User-friendly??
- 20. 20 Only in MATRIX? Or also in the real life?
- 21. 21
- 22. F.M. Martínez-Verdú Color & Vision Group http://web.ua.es/en/gvc