Research/ SPACE AI & AUTONOMY
Event Camera Datasets for Lunar Descent and Proximity Operations Trajectories
Sofia G Catalan, Kyle W Smith, Ronney Lovelace, Davis Adams, Trupti Mahendrakar, Cinnamon Wright, Teming Tse, Brandon A Jones, Gavin Mendeck
Rendezvous, Proximity Ops & DockingNTRS keyword: terrain relative navigation · Perception & State EstimationNTRS keyword: event camera · Simulation, Digital Twins & Benchmarkstext match
NTRSInstrumentation and Photography
Event-based cameras offer potential advantages over conventional digital cameras as sensors for a variety of applications. One of the challenges for researchers exploring the use of event cameras as navigation sensors for space environments is collecting high quality datasets due to the cost of access to space. To help address this, we have collected multiple datasets using an event-based camera mounted to a six degree-of-freedom robot over simulated lunar terrain and a scaled docking tunnel model. This paper describes these datasets and details their release into the public domain to enable other researcher teams to develop and test new navigation algorithms.