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HIGH RESOLUTION SEAMLESS DOM GENERATION OVER CHANG'E-5 LANDING AREA USING LROC NAC IMAGES
Digital Orthophoto Map Chang’e-5 Mission LROC NAC Imagery Block Adjustment Thin Plate Spline Model
2018/5/11
Chang’e-5, China’s first sample return lunar mission, will be launched in 2019, and the planned landing area is near Mons Rümker in Oceanus Procellarum. High-resolution and high-precision mapping of t...
MULTI-FACTOR ANALYSIS FOR SELECTING LUNAR EXPLORATION SOFT LANDING AREA AND THE BEST CRUISE ROUTE
the South Pole-Aitken, Von Karman crater, Multi-factor analysis, Landing area, Cruise route
2018/5/15
Selecting the right soft landing area and planning a reasonable cruise route are the basic tasks of lunar exploration. In this paper, the Von Karman crater in the Antarctic Aitken basin on the back of...
中国地质大学科学技术发展院袁悦锋(博士生），朱培民地空学院 Geophysical Research Letters，16 July 2017. The 3-D Geological Model around the Chang'E-3 Landing Site based on lunar penetrating radar Channel 1 data
三维；探月；雷达；科学；仪器
2021/10/21
2017年7月，中国地质大学地空学院博士研究生袁悦锋与其导师朱培民教授等人于地球物理学领域国际著名期刊《Geophysical Research Letters》上发表了论文“The 3-D Geological Model around the Chang'E-3 Landing Site based on lunar penetrating radar Channel 1 data”。该文章通...
KOREAN LUNAR LANDER – CONCEPT STUDY FOR LANDING-SITE SELECTION FOR LUNAR RESOURCE EXPLORATION
Lunar Lander Mission Landing Site Selection Resource Exploration Remote Sensing Data Analysis Terrain Modelling Feature Extraction
2016/11/8
As part of the national space promotion plan and presidential national agendas South Korea’s institutes and agencies under the auspices of the Ministry of Science, Information and Communication Techno...
Mars Pathfinder: Cartographic analysis of the landing site from orbit
Mars Pathfinder Cartographic analysis landing site orbit
2016/5/20
Viking Orbiter stereo images were used to derive a geometrially precise orthoimage mosaic at 40m scale for the Mars Pathfinder landing site. Camera pointing for each images was obtained by a formal bu...
Automation in Mars Landing-site Mapping and Rover Localization
Extraterrestrial Planetary Exploration
2015/7/9
Our project aims to automate Mars mapping and localization using robotic stereo and descent imagery. Stereo vision is a wellstudied
domain. However, most efforts aim only at a general scene; little w...
High Integrity GPS-Based Precision Landing Using In Beacon Pseudolites
High Integrity GPS-Based Precision Landing Beacon Pseudolites
2015/6/29
The Integrity Beacon Landing System (IBLS), developed and tested at Stanford Universi GPS-based Category III precision landing. IBLS is a Kinematic GPS system which iIntegrity Beacon pseudolites place...
A Real-Time Architecture for Kinematic GPS Applied to the Integrity Beacon Landing System
Real-Time Architecture Kinematic GPS Applied Integrity Beacon Landing System
2015/6/29
Recent flight tests of the Integrity Beacon Landing System (IBLS) have demonstrated the feasibility of using GPS for Category III precision landing. To achieve these results, an airborne architecture ...
Precision Landing Tests with Improved Integrity Beacon Pseudolites
Precision Landing Tests eacon Pseudolites
2015/6/29
Stanford’s Integrity Beacon Landing System uses ground-based pseudo-satellite transmitters known as Integrity Beacons to resolve carrier phase ambiguities on final approach, giving IBLS both high inte...
A Comprehensive Integrity Verification Architecture for On-Airport LAAS Category III Precision Landing
Comprehensive Integrity Architecture On-Airport LAAS Category III Precision Landing
2015/6/29
Future Local Area Augmentation System (LAAS)architectures will most likely be constrained to lie on airport property. Such a system must provide protection against rare events in the GPS Signal in Spa...
Ionospheric Threat Parameterization for Local Area Global-Positioning-System-Based Aircraft Landing Systems
Ionospheric Parameterization Local Area Global-Positioning-System-Based Aircraft Landing Systems
2015/6/25
Observations of extreme spatial rates of change of ionospheric electron content and the characterization strategy for mitigation applied by the U.S. local area augmentation system are shown. During ex...
HIGH PRECISION LANDING SITE MAPPING AND ROVER LOCALIZATION BY INTEGRATED BUNDLE ADJUSTMENT OF MPF SURFACE IMAGES
LANDING SITE MAPPING ROVER LOCALIZATION INTEGRATED BUNDLE ADJUSTMENT MPF SURFACE IMAGES
2015/3/16
HIGH PRECISION LANDING SITE MAPPING AND ROVER LOCALIZATION BY INTEGRATED BUNDLE ADJUSTMENT OF MPF SURFACE IMAGES.
Implementation of a Self-Consistent Stereo Processing Chain for 3D Stereo Reconstruction of the Lunar Landing Sites
3D Models ISIS Lunar Orbiter Laser Altimeter (LOLA) Lunar Landing Sites
2014/7/23
The department for Planetary Geodesy at Technical University Berlin is developing routines for photogrammetric processing of planetary image data to derive 3D representations of planetary surfaces. Th...
High Precision Topographic Mapping at Chang'E-3 Landing Site with Multi-Source Data
Planetary Mapping Multiresolution Bundle DEM/DTM Orthorectification
2014/7/23
Chang'e-3 (CE-3) is the first lander and rover of China following the success of Chang'e-1 and Chang'e-2 (CE-2) orbiters. High precision topographic mapping can provide detailed terrain information to...
Scientists at The University of Queensland (UQ) have discovered how the honeybee can land anywhere with utmost precision and grace – and the knowledge may soon help build incredible robot aircraft.