Products

94 Results Collapse
CTX Orthoimage of Candidate Mars 2020 Landing Site McLaughlin Center thumbnail

CTX Orthoimage of Candidate Mars 2020 Landing Site McLaughlin Center

application/octet-stream 1 kBMar 20 2017

This product represents an orthorectified CTX image within part of a candidate landing site for the Mars2020 mission. The CTX image from which this product was derived is one member of a stereopair.…

Topographic Slopes of Mars 2020 Landing Site Jezero West thumbnail

Topographic Slopes of Mars 2020 Landing Site Jezero West

application/isis 1 kBMar 20 2017

This product represents adirectional topographic slopes over 20 meter horizontal baselines within part of a candidate landing site for the Mars2020 mission. The slope map was derived from a CTX-based…

CTX Digital Terrain Model of Candidate Mars 2020 Landing Site Jezero West thumbnail

CTX Digital Terrain Model of Candidate Mars 2020 Landing Site Jezero West

application/isis 1 kBMar 20 2017

This digital terrain model (DTM) was produced as part of an effort to characterize topography within candidate landing ellipses for the Mars2020 mission and to aid entry, descent, and landing…

Topographic Slopes of Mars 2020 Landing Site Columbia Hills East thumbnail

Topographic Slopes of Mars 2020 Landing Site Columbia Hills East

application/isis 1 kBMar 20 2017

This product represents adirectional topographic slopes over 20 meter horizontal baselines within part of a candidate landing site for the Mars2020 mission. The slope map was derived from a CTX-based…

CTX Digital Terrain Model of Candidate Mars 2020 Landing Site Columbia Hills East thumbnail

CTX Digital Terrain Model of Candidate Mars 2020 Landing Site Columbia Hills East

application/isis 1 kBMar 20 2017

This digital terrain model (DTM) was produced as part of an effort to characterize topography within candidate landing ellipses for the Mars2020 mission and to aid entry, descent, and landing…

CTX Orthoimage of Candidate Mars 2020 Landing Site Columbia Hills East thumbnail

CTX Orthoimage of Candidate Mars 2020 Landing Site Columbia Hills East

application/isis 1 kBMar 20 2017

This product represents an orthorectified CTX image within part of a candidate landing site for the Mars2020 mission. The CTX image from which this product was derived is one member of a stereopair.…

CTX Orthoimage of Candidate Mars 2020 Landing Site McLaughlin Center thumbnail

CTX Orthoimage of Candidate Mars 2020 Landing Site McLaughlin Center

application/isis 1 kBMar 20 2017

This product represents an orthorectified CTX image within part of a candidate landing site for the Mars2020 mission. The CTX image from which this product was derived is one member of a stereopair.…

Topographic Slopes of Mars 2020 Landing Site McLaughlin Center thumbnail

Topographic Slopes of Mars 2020 Landing Site McLaughlin Center

application/isis 1 kBMar 20 2017

This product represents adirectional topographic slopes over 20 meter horizontal baselines within part of a candidate landing site for the Mars2020 mission. The slope map was derived from a CTX-based…

CTX Digital Terrain Model of Candidate Mars 2020 Landing Site McLaughlin Center thumbnail

CTX Digital Terrain Model of Candidate Mars 2020 Landing Site McLaughlin Center

application/isis 1 kBMar 20 2017

This digital terrain model (DTM) was produced as part of an effort to characterize topography within candidate landing ellipses for the Mars2020 mission and to aid entry, descent, and landing…

CTX Orthoimage of Candidate Mars 2020 Landing Site NE Syrtis Center thumbnail

CTX Orthoimage of Candidate Mars 2020 Landing Site NE Syrtis Center

application/isis 1 kBMar 20 2017

This product represents an orthorectified CTX image within part of a candidate landing site for the Mars2020 mission. The CTX image from which this product was derived is one member of a stereopair.…

Project Pages

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Documents

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ISPRS 2003 Automatic Mars Landing Site Mapping using Surface-Based Images thumbnail

ISPRS 2003 Automatic Mars Landing Site Mapping using Surface-Based Images

application/pdf 1 MB

This paper presents techniques for automatic mapping of Mars landing sites using surface-based images, i.e., those taken by Mars landers and/or rovers. An innovative method for automatic tie point…