Pulsar-Leveraged Autonomous Navigation Testbed System (PLANTS): A Low-Cost Software-Hardware Hybrid Testbed for Pulsar-based Autonomous Navigation (XNAV) Positioning, Navigation, and Timing (PNT) Solutions

Author:

Hasnain Sarah1,Berkson Michael2,Maguire Sharon3,Sun Evan4,Zaback Katie3

Affiliation:

1. Johns Hopkins University Applied Physics Laboratory,Space Exploration Sector,Laurel,MD,United States

2. Johns Hopkins University Applied Physics Laboratory,Research & Exploratory Development Departement,Laurel,MD,United States

3. Johns Hopkins University Applied Physics Laboratory,Air & Missile Defense Sector,Laurel,MD,United States

4. Johns Hopkins University Applied Physics Laboratory,Force Projection Sector,Laurel,MD

Publisher

IEEE

Reference24 articles.

1. A High-fidelity Performance and Sensitivity Analysis of X-ray Pulsar Navigation in Near- Earth and Cislunar Orbits;winternitz;Annual AAS Guidance Navigation and Control Conference AAS,0

2. Application of X-Ray Pulsar Navigation: A Characterization of the Earth Orbit Trade Space

3. Estimating and Simulating Nonhomogeneous Poisson Processes;leemis;Department of Mathematics College of William & Mary,2003

4. Predicted Performance of an X-Ray Navigation System for Future Deep Space and Lunar Missions,” Feb. 04, 2019;getchius,2023

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