Changes for page Dachstein 2012

Last modified by vstix on 2018/08/16 14:19

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edited by Barry Bishop
on 2015/11/15 11:26

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  |[[Asset planning>>doc:Dachstein 2012.Asset Planning.WebHome]]|Field testing of a planning algorithm for traverse, consumables and hardware planning|Univ. of Innsbruck, Austria|Sebastian Hettrich & Alejandra Sans
  |[[CRV / Cliffbot>>doc:Dachstein 2012.CRV - Cliffbot.WebHome]]|Concept rover for studying steep terrain and cliffs|Association Planète Mars|Alain Souchier
  |[[ERAS C3 Simulator>>doc:Dachstein 2012.ERAS C3 Simulator.WebHome]]|A Mars-analog Command, Control and Communication (C3) infrastructure providing processing and communications capabilities|Mars Society Italy|Franco Carbognani
--|[[EXOMARS/WISDOM>>doc:Dachstein 2012.EXOMARS - WISDOM.WebHome]]|Ground validation for the ESA EXOMARS georadar under varying terrains|LATMOS/IPSL, France|Valérie Ciarletti
--|[[ILEWG EuroMoonMars Dachstein>>doc:Dachstein 2012.ILEWG EuroMoonMars.WebHome]]|Support to human factor studies, following protocol tested during ILEWG EuroMoonMars campaign in Utah as well as sterile collection of samples for PCR and phylogenetic analysis Simulation of a two-landing teams on Mars scenario – command handover for a remote science experiment. A Mars-analog Command, Control and Communication (C3) infrastructure providing processing and communications capabilities|Vrije Universiteit Amsterdam|Exp. A: Rai Balwant, Exp. B: Luisa Rodrigues
--|[[MAGMA 2>>doc:Dachstein 2012.MAGMA 2.WebHome]]|Operational tests and demonstration of the winning rover of the University Rover Challenge|Polish Mars Society|Sebastian Meszyński
--|[[PRoVisG Cave 3D Reconstruction>>doc:Dachstein 2012.PRoVisG Cave 3D Reconstruction.WebHome]]|3d TOF-camera for surveying parts of the cave with a high-resolution SLR camera|Joanneum Research, Austria|Gerhard Paar; Kathrin Sander
--|[[Terbium luminescence assay>>doc:Dachstein 2012.Terbium bead and spore viability assay.WebHome]]|Studying contamination vectors and germination rates of water/soil samples within the cave.|NASA/Jet Propulsion Lab|Adrian Ponce
++|EXOMARS/WISDOM|Ground validation for the ESA EXOMARS georadar under varying terrains|LATMOS/IPSL, France|Valérie Ciarletti
++|ILEWG EuroMoonMars Dachstein|Support to human factor studies, following protocol tested during ILEWG EuroMoonMars campaign in Utah as well as sterile collection of samples for PCR and phylogenetic analysis Simulation of a two-landing teams on Mars scenario – command handover for a remote science experiment. A Mars-analog Command, Control and Communication (C3) infrastructure providing processing and communications capabilities|Vrije Universiteit Amsterdam|Exp. A: Rai Balwant, Exp. B: Luisa Rodrigues
++|MAGMA 2|Operational tests and demonstration of the winning rover of the University Rover Challenge|Polish Mars Society|Sebastian Meszyński
++|PRoVisG Cave 3D Reconstruction|3d TOF-camera for surveying parts of the cave with a high-resolution SLR camera|Joanneum Research, Austria|Gerhard Paar; Kathrin Sander
++|Terbium luminescence assay|Studying contamination vectors and germination rates of water/soil samples within the cave.|NASA/Jet Propulsion Lab|Adrian Ponce