The 29th ESA parabolic flight campaign
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| SPACE MOTION SICKNESS AND STRESS CONTROL TRAINING SYSTEM USING ELECTROPHYSIOLOGICAL BIO-FEEDBACK AND MODELING NEUROHUMORAL MECHANISM BY INTEGRATION OF A KNOWLEDGE ENGINEERING EXPERT SYSTEM |
| Introduction | |
| 1. Train astronauts by electrophysiological bio-feedback (electrogastrogram, skin conductance…) | |
| 2. Model neurohumoral mechanism by integration of a knowledge engineering system | |
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| 3. Modelling of space motion sickness by SADT method | |
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| 4. Results of the 29thESA parabolic flight campaign | |
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| 5. Opportunity Survey Conclusions | |
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| 6. Prospects | |
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| General Conclusions | |
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