Collection of ENEA technology and expertise
System for detecting biochemical parameters useful for predicting self-harm behaviors
System composed of an array of vital parameters sensors, biochemical precursors and Synthetic Intelligence Hardware section
Vital parameters control screen
sensorized smart watch
Application sectors
Problem to solve
The monitoring of vital parameters and their precursors and the prevention of dangerous gestures, for subjects suffering from pathologies at risk (e.g. autism) or subjects carrying out particularly stressful work activities, would have the consequence of a better quality of life and significant savings for the NHS.
Description
The system uses two different types of sensors (vital parameters, biochemical precursors) and Synthetic Intelligence hardware cards. The addition of biochemical precursors in the events acquired by the sensor network allows the monitoring of the subject's state in its entirety differently from what has been done up to now. The addition of a Synthetic Intelligence section allows you to predict the subject's state in the future and therefore prevent accidents or damage to health.
Innovative aspects and advantages
- moderate cost: the system mainly uses hardware components, it does not require high-performance data processing stations
- performance improvement: introduction of the function for predicting the future trend of vital parameters, with the potential to overcome the limits present in other equivalent devices
Technological Maturity 5-6
Strengths
- Cost
- Social/economic relevance
- Legal/regulatory content
Admissible applications
- monitoring vital parameters
- prevention of self-harmful gestures to the person
- stress control
Research group involved
Patent Available for Licensing
Non disponibile per una licenza
Revision date
27-06-2025
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