Stanford
Space Rendezvous Laboratory

Videos

Angles-Only Tracking & Navigation for Approach & Rendezvous in GEO

Vision-Based 3D Reconstruction for Characterization of Spaceborne Targets

Deep Learning for Direct Exoplanet Detection

Reduced-Order Model for Spacecraft Swarm Orbit Design

Guidance, Navigation, and Control for the SWARM-EX Mission

Relative Navigation in Spacecraft Swarm using Differential GNSS with Angles-Only and Range Aiding

High-Precision and Safe GNC for VISORS

Multi-Agent Stereo Vision Sensitivity Analysis for Rendezvous

Analytical Theory of Satellite Relative Motion

Vision-Based Autonomous Nanosatellite Swarming for Target Characterization

Robust Autonomous Spacecraft Navigation and Environment Characterization

Sparse EKF Update in DiGiTaL

Deep Learning for Exoplanet Detection and Characterization

Spacecraft Swarm Optimization for Distributed Interferometry

Fast Angles-Only Relative Navigation using Polynomial Dynamics

Observability Analysis for Angles-Only Distributed Space Systems

Single Impulse Escape Trajectories for Binary Spacecraft Formations

Optimal Three-Body Trajectories for Distributed Telescopes

On-Ground Validation of CNN-Based Monocular Pose Estimation Systems

Atmospheric Mass Density Estimation via Relative Accelerometry

Autonomous Miniaturized Distributed Space Systems - Simone D'Amico

VISORS Transfer Trajectory, Animated by Toby Bell, Simulated by Tommaso Guffanti.

Autonomous Distributed Angles Only Navigation and Timekeeping in Lunar Orbit

Professor Simone D’Amico on the Future of Everything Podcast with Professor Russ Altman

Generating the SPEED+ Dataset using TRON

Testbed for Rendezvous & Optical Navigation (TRON) for Spacecraft PosE Estimation Dataset (SPEED)

Professor D'Amico giving a lecture at SETI, 2016

Robotic Testbed for Space Rendezvous using TRON, 2016.