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Automated biomonitoring of Air and Water quality in Human spacecraft

The objectives of the BIOSIS study funded by the General Studies Programme of ESA were: to review the biological risks for the crew due to biocontamination related to air and water quality, to identify knowledge gaps of non-detected / non-mitigated risks and to provide recommendations for future development of automated instrumentation.

France

2013-26

MEDES
Verification Models for Advanced Human – Automation Interaction in Safety Critical Flight Operations

Within VASCO the formal verification methodology (FVM) for advanced human- automation interaction in safety critical environments based on models of the overall human-automation interaction (HAI) system has been developed.
The main objectives for this work are summarized below:
- Approach human-automation interaction from a holistic cooperative system

Germany

2013-15

OFFIS E.V.

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