Advancing Planetary Exploration - Where No LiDAR Has Gone Before
Analysis of On-board Hazard Detection and Avoidance for Safe Lunar Landing
An Overview of NASA Lidar Technologies for Precision Safe Landing on Planetary Bodies
A Terminal Descent Sensor Trade Study Overview for the Orion Landing and Recovery System
AWP: NASA's Aerosol Wind Profiler Coherent Doppler Wind Lidar
Characteristics of the JPL-NDSC lidars and recent system upgrades
Current Status of NASA’s Low-Cost Optical Terminal (LCOT) at Goddard Space Flight Center
Current Status of NASA’s Low-Cost Optical Terminal (LCOT) at Goddard Space Flight Center
Demonstration of Lidar Sensors for Precision Safe Landing on Planetary Bodies
Design, Modeling and Control of an Optical Pointing Sensor for the Formation Control Testbed (FCT)
Development of a 3-D Flash Lidar for Terrain Sensing and Safe Landing on Planetary Bodies
Development of a Coherent Doppler Lidar for Precision Landing on Planetary Bodies
Doppler Lidar for Precision Landing on Planetary Bodies with and without Atmosphere
End-of-Mission Planning Challenges for a Satellite in a Constellation
Flash Lidar Performance Testing: Configuration and Results
Flight qualified laser radar for spacecraft guidance application
Height reconstruction techniques for synthetic aperture lidar systems
Implementation of Commercial Components in Space Flight Optical Science Instruments
LITE Shuttle Lidar Measurements of Ocean Surface Directional Reflectance
Mobile Lidar as A Tool for Terrestrial and Planetary Cave Exploration and Mapping
Mobile LiDAR as A Tool for Terrestrial and Planetary Cave Exploration and Mapping
Multi-Functional Flash Lidar for Precision Safe Landing in Challenging Terrains
Multi-Functional Flash Lidar for Precision Safe Landing in Challenging Terrains
NASA ISAS Collaboration on the ISAS MUSES C Asteroid Sample Return Mission