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[[https://emars.univ-lyon1.fr/MarsSI/|MarsSI]] (Acronym of MARS Système d’Information) is a web Geographic Information System application which allows the managing and processing of Martian orbital data. From this application, the users will be able to easily and rapidly select observations, to process raw data via proposed automatic pipelines and to get back final products which can be visualized under Geographic Information Systems like ARCGIS and QGIS. Moreover MarsSI also proposes an automatic stereo-restitution pipeline in order to produce Digital Terrain Models (DTM). == Overview ==

[[https://emars.univ-lyon1.fr/MarsSI/|MarsSI]] (Acronym of MARS Système d’Information) is a service including a web Geographic Information System application which allows searching, processing and retrieving Martian orbital data. From this application, the users will be able to easily and rapidly select observations, process raw data via automatic pipelines and get back final products which can be visualized under Geographic Information Systems like ARCGIS and QGIS. Moreover MarsSI also proposes an automatic stereo-restitution pipeline in order to produce Digital Terrain Models (DTM).

{{/overview2.png||height="300px"}}

MarsSI is a part of [[https://psup.cnrs.fr/en/|PSUP (Pôle des SUrfaces Planétaires)]], and provides the data for the visualization interface [[MarsVisu]].

== Organization ==

People involved in MarsSI:

 * Science:
   * Cathy Quantin-Nataf (Pr, Univ. Lyon): PSUP project lead, MarsSI project lead
 * Technical:
   * Matthieu Volat (Engr, CNRS): MarsSI technical lead

Overview

MarsSI (Acronym of MARS Système d’Information) is a service including a web Geographic Information System application which allows searching, processing and retrieving Martian orbital data. From this application, the users will be able to easily and rapidly select observations, process raw data via automatic pipelines and get back final products which can be visualized under Geographic Information Systems like ARCGIS and QGIS. Moreover MarsSI also proposes an automatic stereo-restitution pipeline in order to produce Digital Terrain Models (DTM).

wiki/About/overview2.png

MarsSI is a part of PSUP (Pôle des SUrfaces Planétaires), and provides the data for the visualization interface MarsVisu.

Organization

People involved in MarsSI:

  • Science:
    • Cathy Quantin-Nataf (Pr, Univ. Lyon): PSUP project lead, MarsSI project lead
  • Technical:
    • Matthieu Volat (Engr, CNRS): MarsSI technical lead