R2P2

Intelligent Systems, Neurology and Pediatric Intensive Care - Raymond Poincaré

Founded in March 2019 by the AP-HP, EPHE, and UVSQ, the R2P2 platform is a unique facility dedicated to facilitating interaction between laboratories, hospitals, and industry with the aim of designing and implementing medical devices and therapies for the field of neuromotor disability and pediatric intensive care.

Located within the pediatric neurology and intensive care service of the Raymond Poincaré Hospital-APHP, R2P2 is actively engaged in the search for innovative solutions to study and assess motor functions. Its primary goal is to improve the management of neuromotor disabilities and facilitate decision-making by combining the fields of medicine, physiology, computer science, and robotics

Research Axes

Biomechanical Analysis: Focus on the analysis of infant motor skills and motor disorders.
Diagnostic Support: Creation of advanced protocols for the accurate identification and automatic evaluation of neuromotor pathologies and epilepsy in infants.
Advanced Monitoring Systems: Exploration of thermoregulation in infants as an indicator of their health and comfort.
Artificial Intelligence and Signal Processing: Advances in machine learning, signal processing, image, and sound analysis.

Application areas

Digital Health Technologies: Use of digital technologies for healthcare and support for clinical and non-clinical populations.
Care Centers and Social Intervention: Engagement in situations of inequality, illness, exclusion, and disability, aimed at providing concrete solutions and effective support.
Neonatal Health and Well-being: Application of technical research to improve the understanding and monitoring of newborn health.
Diagnosis and Monitoring of Motor Disorders: Use of technologies for better identification and management of motor disorders in children.