Gravity Recovery and Interior Laboratory (GRAIL) Orbit Determination
No abstract available
formation flying↗
Engineering topics
Ryne, M.
Publications and source records attributed to Ryne, M..
Computer-based instruction and reference documentation system for the orbit determination program
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web-enabled instruction navigation orbit determina↗
Computer-based instruction and reference documentation system for the orbit determination program
The Orbit Determination Program set has been used at the Jet Propulsion Laboratory for nearly half a century to enable precision navigation of interplanetary and earth-orbiting missions and to support a myriad of scientific investigations.
computer-based instruction web-enabled instruction↗
Computer-based instruction and reference documentation system for the orbit determination program
Explore the source record for details and available documents.
computer-based orbit determination↗
Computer-based instruction and reference documentation system for the orbit determination program
Explore the source record for details and available documents.
computers orbits↗
Radio Navigation of Deep Space 1 During Ion Propulsion Usage
One of the main goals of the Deep Space 1 (DS1) project was to demonstrate the use of ion propulsion on an interplanetary spacecraft.
navigation flight mechanics Deep Space 1↗
Using Autonomous Navigation for Interplanetary Missions: Mission Operations with Deep Space 1 Autonav
The first mission of NASA's New Millennium Program, Deep Space 1, has, as one of its principal demonstration-technologies, the first autonomous optical navigation system to be used in deep space.
Navigation Autonomy Astrometry Spacecraft Operatio↗
Using Autonomous Navigation for Interplanetary Missions: The Validation of Deep Space 1 AutoNav
The first mission of NASA's New Millenium Program, Deep Space 1, has, as one of its principal demonstration technologies, the first autonomous optical navigation system to be used in deep space.
autonomous navigation interplanetary missions Deep↗
Mars Polar Lander Approach Navigation
Mars Polar lander, launched on January 3, 1999, arrived at Mars on December 3, 1999.
Mars↗
Nozomi Cis-Lunar Phase Orbit Determination
Japan's Institute of Space and Astronautical Science (ISAS) launched Nozomi, its first mission to the planet Mars using the newly developed M-V launch vehicle on July 3, 1998.
orbit↗
Nozomi CIS-Lunar Phase Orbit Determination
The Nozomi spacecraft is the first to achieve an Earth-Mars transfer orbit without a direct hyperbolic insertion maneuver.
Nozomi↗
Lunar Prospector Orbit Determination Uncertainties Using the High Resolution Lunar Gravity Models
Orbit determination of the Lunar Prospector spacecraft performed at the Jet Propulsion Laboratory was conducted as part of the lunar gravity experiment.
Lunar↗
Navigation of Pioneer 12 During Atmospheric Reentry at Venus
This paper describes the PVO atmospheric reentry, the navigational strategy and operational scenario employed, and the atmospheric drag measurements collected.
Pioneer↗