Novel Approach to Autonomous Lunar Localization and Timing
F D'Onofrio, R Zanetti - Journal of Guidance, Control, and Dynamics, 2024 - arc.aiaa.org
The ability of a deep space spacecraft to estimate its position, velocity, and clock errors
without external clock error estimation is investigated. A novel approach to onboard …
without external clock error estimation is investigated. A novel approach to onboard …
[PDF][PDF] A NOVEL APPROACH TO AUTONOMOUS LUNAR LOCALIZATION AND TIMING
F D'Onofrio, R Zanetti - sites.utexas.edu
The ability of deep-space spacecraft to estimate its position, velocity, and clock errors
without external clock error estimation is investigated. A novel approach to onboard …
without external clock error estimation is investigated. A novel approach to onboard …
Novel Approach to Autonomous Lunar Localization and Timing
F D'Onofrio, R Zanetti - Journal of Guidance Control …, 2024 - ui.adsabs.harvard.edu
The ability of a deep space spacecraft to estimate its position, velocity, and clock errors
without external clock error estimation is investigated. A novel approach to onboard …
without external clock error estimation is investigated. A novel approach to onboard …
[PDF][PDF] A Novel Approach to Autonomous Lunar Localization and Timing
F D'Onofrio, R Zanetti - sites.utexas.edu
Deep space position, navigation, and timing (PNT) is dominated by ground tracking via the
Deep Space Network (DSN). Space vehicles typically establish a two-way communication …
Deep Space Network (DSN). Space vehicles typically establish a two-way communication …