Technological Platforms
Experimental platforms at the service of industry.
Presentation of Technological Platforms.
The Carnot Cognition Institute provides direct access to its five technological platforms to best address R&D challenges in Cognitive Sciences for industrial companies.
With nearly a hundred high-quality technical platforms distributed across our 21 laboratories, we support you in your experiments in real, simulated, virtual, and standardized contexts.
TRL 1 > 4
PLATFORM FOR THE STUDY OF NEURO-INSPIRED AND AUGMENTED SYSTEMS
• Research and design for the implementation of human-inspired algorithms inspired by humans
• Brain-computer design, interface and testing of neurofeedback systems
TRL 1 > 7
PLATFORM FOR THE DESIGN AND TESTING OF INNOVATIVE MAN-MACHINE INTERFACES AND VR-AR
• Designing human-friendly VR systems
• Design and analysis of human behavior in VR systems
• Design and analysis of human behavior in innovative systems
TRL 5 > 9
PLATFORM FOR SIMULATING SOCIAL AND COLLECTIVE COGNITION SCENARIOS
• Analysis of human behaviour and reactions in situations of complex cognitive involving several users
• Research to better understand the neurological source of cognition
TRL 1 > 6
Plateforme de Physiologie cognitive pour le
COGNITIVE PHYSIOLOGY PLATFORM FOR HUMAN MONITORING
• Design, optimization and validation of cognitive assessment tools using physiological physiological
• Assessment of cognitive states under controlled conditions using validated physiological cues
TRL 2 > 8
PLATFORM FOR STUDYING THE USES OF INTERACTIVE SYSTEMS IN SPECIFIC, INTELLIGENT ENVIRONMENTS
• Design and use of various environments, both controlled and uncontrolled, for real-life analysis of user behavior
• Subjective analysis of user behavior in specific situations
TRL 1 > 4
TRL 1 > 6
TRL 1 > 7
TRL 2 > 8
TRL 5 > 9
PLATFORM FOR SIMULATING SOCIAL AND COLLECTIVE COGNITION SCENARIOS
• Analyse de comportements et réactions humaines en situation de contrainte cognitive complexe faisant intervenir plusieurs usagers
• Recherche pour mieux comprendre la source neurologique de la cognition
PLATFORM FOR THE STUDY OF NEURO-INSPIRED AND AUGMENTED SYSTEMS
• Research and design for the implementation of human-inspired algorithms inspired by humans
• Brain-computer design, interface and testing of neurofeedback systems
Plateforme de Physiologie cognitive pour le
COGNITIVE PHYSIOLOGY PLATFORM FOR HUMAN MONITORING
• Design, optimization and validation of cognitive assessment tools using physiological physiological
• Assessment of cognitive states under controlled conditions using validated physiological cues
PLATFORM FOR THE DESIGN AND TESTING OF INNOVATIVE MAN-MACHINE INTERFACES AND VR-AR
• Designing human-friendly VR systems
• Design and analysis of human behavior in VR systems
• Design and analysis of human behavior in innovative systems
PLATFORM FOR STUDYING THE USES OF INTERACTIVE SYSTEMS IN SPECIFIC, INTELLIGENT ENVIRONMENTS
• Design and use of various environments, both controlled and uncontrolled, for real-life analysis of user behavior
• Subjective analysis of user behavior in specific situations
