Changes for page Amadee-24-ALIX

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1 -Amadee-24-ALIX
1 +Amadee-24-EIEE –Emotions in Extreme Environment
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1 1  === Details ===
2 2  
3 -|**Acronym**|ALIX –Astronaut Location Interferometry experiment
4 -|**Description**|Radio interferometry-based location tracking using room-scale antenna setups to investigate cm-scale tracking, as well as ground receiver stations for km-resolution.
5 -|**Principal Investigator (PI)**|Christiaan Brinkerink ~| [[c.brinkerink@astro.ru.nl>>mailto:c.brinkerink@astro.ru.nl]]
6 -|**Organisation** |Radboud Radio Lab, Dept. of Astrophysics, Radboud University
3 +|**Acronym**|EIEE –Emotions in Extreme Environment
4 +|**Description**|AAintrinsic/extrinsic emotion regulationstrategies, using CERQ questionnaire +audio recordings, emotion listing andlogbook in the evening.
5 +|**Principal Investigator (PI)**|Alexandra De Carvalho ~| [[alexsitadecarvalho@gmail.com>>mailto:alexsitadecarvalho@gmail.com]]
6 +|**Organisation** |Austrian Space Forum
7 7  |**Co-Investigators**|(((
8 -Niels Vertegaal/ Eindhoven University of Technology
8 +Vera Hagemann, Faculty of Business Studies and Economics, University of Bremen | [[vhagemann@uni-bremen.de>>mailto:vhagemann@uni-bremen.de]]
9 9  
10 -Roel Jordans/ Eindhoven University of Technology
11 11  
12 -Sjoerd Timmer/ Radboud Radio Lab
11 +Sylwia Kaduk/ ÖWF Human Factors Team | [[sylwiaizabela.kaduk@ext.esa.int>>mailto:sylwiaizabela.kaduk@ext.esa.int]]
13 13  
14 -Roel Kleinhans/ Radboud University
13 +Aisha Animashaun/ ÖWF Human Factors Team | [[aisha.animashaun@outlook.de>>mailto:aisha.animashaun@outlook.de]]
15 15  
16 -Sam van den Ende/ Radboud University
15 +Phil Brady/ ÖWF Human Factors Team | [[drphilipbrady@gmail.com>>mailto:drphilipbrady@gmail.com]]
16 +
17 +Annabelle Mielitz/ ÖWF Human Factors Team | [[annabelle@mielitz.de>>mailto:annabelle@mielitz.de]]
18 +
19 +Nael Radwan/ ÖWF Human Factors Team | [[nael.radwan@hotmail.com>>mailto:nael.radwan@hotmail.com]]
17 17  )))
18 18  
19 19  === Summary ===
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23 23  [[image:ACT_manifest.png||height="266" width="399"]]
24 24  )))
25 25  
26 -On Mars, no satellite systems are available that would enable or facilitate navigation. Alternative methods of electronic navigation are therefore required. A local system, independent on larger-scale infrastructures, is of particular interest. It can be centrally deployed from a landing site and may be scaled up along with the area in which it is meant to operate.The Astronaut Location Interferometry eXperiment (ALIX) aims to perform (live) location tracking of astronauts or mobile platforms using a compact mobile radio transmitter, a set of reference beacons, and a small network of receiver stations. The location tracking shall operate over an area of several square kilometers at meter-scale accuracy. Comparing the ALIX tracking results to positions reconstructed by other systems (e.g. GNSS) will further improve this technology. Ultimately, ALIX will be developed into a reliable system for limited-range location tracking, using minimal number of resources and infrastructure.ALIX uses a mobile transmitter that emits a radio signal. At various stationary receiver stations, the phase of this signal will be measured at regular intervals. With two receiver stations each, the phase difference at the corresponding measurement time can be calculated, hence the position of the transmitter can be tracked. To aid in synchronization of the receiver stations, the use of stationary transmitter beacons is planned. They will transmit at slightly different frequencies than the mobile transmitter, thus providing reference measurements to perform phase corrections.
29 +The focus of space psychological studies mostly lies on stress processing or performance-related measures. Emotions were not investigated properly. Even in astronautical spaceflight they have not played a major role yet. However, dealing with emotions, especially on long-term missions and extreme environments, is crucial to one’s performance, well-being, and interpersonal relationships.
27 27  
31 +EIEE aims to investigate what emotions analog astronauts experience and what strategies they use to deal with them. It will also investigate if and how those strategies change over time in stressful situations. The analysis of emotion regulation strategies can help to work out programs and trainings for future Mars missions to mitigate emerging problems.
28 28  
33 +The study will provide detailed insight into the emotional experience and regulation strategies applied by analog astronauts during a mission in an extreme environment.
34 +
35 +Before the mission, analog astronauts will complete the “Cognitive Emotion Regulation Questionnaire” (CERQ) and open questions related to the upcoming mission. During the mission, the analog astronauts have to keep a structured daily diary or audio log that asks about emotions and emotion regulation strategies. They will also use an emotion list daily to name which emotions they have experienced and to what intensity. After the mission, the CERQ will be completed again by the analog astronauts.
36 +
29 29  === Experiment Data ===
30 30  
31 31  (% style="height:10px; width:1000px" %)
SEIF_ALIX_v2-1.pdf
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procedures_ALIX_v3_pdf.pdf
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