Man in space
Improve methods and develop tools to assess and predict the reliability of professional activity of a cosmonaut when performing complicated operator tasks (to pilot a spacecraft (SC) and control transport and robotic aids on the surface of a space body) in different LSF phases.
- Developing a multiple activity taking into account the psycho-physiological component and effectiveness, mathematical model to assess the reliability of performance of operator tasks in different LSF phases and after a long-duration impact of microgravity in the landing phase.
- Improving the method of assessment/prediction of keeping skills needed to perform the simulation objectives of the manual control of two spacecraft docking in LSF, based on the data obtained.
- On the basis of the system multidimensional mathematical assessment model, creating a database of individual psychophysiological profiles of the crewmembers, which makes it possible to determine an individual physiological "price" and predict the individual reliability of the professional activity of a crewmember in various LSF phases.
- Developing recommendations to improve the training-research onboard systems for nominal flight monitoring of mental capacity and increase of reliability of the professional activity of a crewmember.
- Complex "NEIROLAB -2010";
- Onboard computer RSE-MED;
- "Work station" set.
The experiment results will help obtain statistically valid scientific data on the impact of negative LSF factors on the reliability of the professional activity of a cosmonaut and its psychophysiological "price" after landing on a planet. This data will help answer the question about the possibility of performing the professional activity after a long-term exposure to microgravity, assist with development and improvement of aids and methods to assess and maintain the professional reliability of a cosmonaut when performing a significant operator activity under LSF conditions and after landing on a planet, and make it possible to develop a portable mobile complex for evaluation/self-assessment of a functional status level by a cosmonaut.
The data with each session results of the first phase of experiment "Pilot-T" is recorded on the hard disk of onboard Laptop RSE-Med and recorded on a USB-disk being part of kit "Neurolab-2010. Data" at the end of the session, which upon completion of the Increment is returned to the ground.
Data with each session results of the first phase of TBE "Pilot-T" shall be transmitted to ground via the available MCC-M channels.
The images of the subject crewmember made in the course of sessions of the first phase of TBE "Pilot-T" are recorded on a hard disk for photographic images, which is returned to the ground as part of the cargo flow, as well as sent to the ground via the available MCC-M channels.