Changes for page AMADEE-18

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12	12	|=Name|=Description|=Organisation|=Principal Investigator
13	13	|Aouda.S|Aouda Sierra - analog astronaut space-suit|Austrian Space Forum, Technikerstr. 25/8, A-6020 Innsbruck, Austria|Dr. Gernot Groemer
14	14	|Aouda.X|Aouda X-ray - analog astronaut space-suit|Austrian Space Forum, Technikerstr. 25/8, A-6020 Innsbruck, Austria|Dr. Gernot Groemer
15		-|A3DPT|The experiment comprises a sequence of operational and technical processes to investigate how 3D-printing technology can aid geological field work on Mars as well as operations in general.|Graz University of Technology / Austrian Space Forum|Michael Müller
16		-|AVI-NAV|AVI-NAV will verify if an unmanned aerial vehicle would be able to navigate autonomously purely on visual-inertial cues and with on-board processing over Mars-like surfaces|Alpen-Adria Universität Klagenfurt, Control of Networked Systems|Stephan Weiss
17		-|EOS|Stand-alone navigation-system providing location data of moving objects or astronauts during field-based EVAs.|HTBLA-Eisenstadt, Department of Aeronautical EngineeringMartin Zwifl|
18		-|ERAU|Remote video capture analysis of spacesuits for space-flight analogue expeditions|Embry-Riddle Aeronautical University|
19		-|Fatigue|Investigation and identification of factors predicting fatigue.|Medical University of Vienna, Austria|Dobrovolny Stefan
20		-|FieldSpectrometry|Acquisition of reflectance and radiance spectra in an environment analogous to Mars|Agenzia Spaziale Italy|Eleonora Ammannito
21		-|Hortextreme|Installation of an inflatable growth chamber to accommodate 2 square meter microgreens hydroponic cultivation. Evaluation of plant growth performance in an extreme environment.|ASI - Italian Space Agency|Sara Piccirillo
22		-|HUSKY|Autonomous robot that supports astronauts in the exploration of planets (Mars) or moons. Tasks of the robot include the autonomous exploration, mapping, measuring habitat WLAN coverage and autonomous transport of material.|Graz University of Technology, Institute for Software Technology, Inffeldgasse 16b/II, A-8010 Graz, Austria|Dr. Gerald Steinbauer
23		-|MIMIC|We want to use voice communication as a marker of the psychological and physiological state of the mission members.|Martin Hagmueller|Graz University of Technology
24		-|MSTAT|Two astronaut teams situational awareness and communication experiment. Measuring cosmic ray flux in two points for two EVA missions duration.|Ben Gurion University|Hilel Rubinstein
25		-|ScanMars|ScanMars is a ground penetrating radar which detects variations in dielectric properties of the ground.|University of Perugia, Italy|Maurizio Ercoli
26		-|SITAS|Psychological analysis of situational awareness between two teams (Earth and Mars). use of qualitative research and measurement of physiological parameters.|University of Witten/Herdecke|Alexandra Hofmann
27		-|TEAM|This survey study will examine key team-level variables (team cohesion, conflict, performance) and determine the “person” factors (including personality, and factors examined at the team level of analysis) that relate to the above team-level variables.|University of Western Ontario|Natalie Allen
28		-|Tumbleweed|The Tumbleweed is a wind-driven Mars rover that can be deployed to gather large-scale data of planetary surfaces.|Sir Karl Popper Schule, Wiedner Gürtel 68, 1040 Wien, Austria|Moritz Stephan
29		-|VRITAGO|
30		-|WaterExplorer
	15	+|Amadee18-A3DPT|The experiment comprises a sequence of operational and technical processes to investigate how 3D-printing technology can aid geological field work on Mars as well as operations in general.|Graz University of Technology / Austrian Space Forum|Michael Müller
	16	+|Amadee18-AVI-NAV|AVI-NAV will verify if an unmanned aerial vehicle would be able to navigate autonomously purely on visual-inertial cues and with on-board processing over Mars-like surfaces|Stephan Weiss|Alpen-Adria Universität Klagenfurt, Control of Networked Systems
	17	+|Amadee18-EOS|Stand-alone navigation-system providing location data of moving objects or astronauts during field-based EVAs.|Martin Zwifl|HTBLA-Eisenstadt, Department of Aeronautical Engineering
	18	+|Amadee18-ERAU|Remote video capture analysis of spacesuits for space-flight analogue expeditions||Embry-Riddle Aeronautical University
	19	+|Amadee18-Fatigue|Investigation and identification of factors predicting fatigue.|Dobrovolny Stefan|Medical University of Vienna, Austria
	20	+|Amadee18-FieldSpectrometry|Acquisition of reflectance and radiance spectra in an environment analogous to Mars|Eleonora Ammannito|Agenzia Spaziale Italiana
	21	+|Amadee18-Hortextreme|Installation of an inflatable growth chamber to accommodate 2 square meter microgreens hydroponic cultivation. Evaluation of plant growth performance in an extreme environment.|Sara Piccirillo|ASI - Italian Space Agency
	22	+|Amadee18-HUSKY|Autonomous robot that supports astronauts in the exploration of planets (Mars) or moons. Tasks of the robot include the autonomous exploration, mapping, measuring habitat WLAN coverage and autonomous transport of material.|Dr. Gerald Steinbauer|Graz University of Technology, Institute for Software Technology, Inffeldgasse 16b/II, A-8010 Graz, Austria
	23	+|Amadee18-MIMIC|We want to use voice communication as a marker of the psychological and physiological state of the mission members.|Martin Hagmueller|Graz University of Technology
	24	+|Amadee18-MSTAT|Two astronaut teams situational awareness and communication experiment. Measuring cosmic ray flux in two points for two EVA missions duration.|Hilel Rubinstein
	25	+|Amadee18-ScanMars
	26	+|Amadee18-SITAS
	27	+|Amadee18-TEAM
	28	+|Amadee18-Tumbleweed
	29	+|Amadee18-VRITAGO
	30	+|Amadee18-WaterExplorer
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