RAMSES Farinella
Navigation-filter development
Designed and validated the navigation filter for the RAMSES RCS-1 (Farinella) CubeSat, combining centroiding and LiDAR measurements.
03 / PROJECTS
Contributions to mission software, navigation algorithms, simulation facilities, and research libraries.
Designed and validated the navigation filter for the RAMSES RCS-1 (Farinella) CubeSat, combining centroiding and LiDAR measurements.
Designed and integrated the navigation filter and image-processing interfaces for autonomous visual navigation on the ASI FUTURE payload. Planned, ran, and analysed open-loop camera and Jetson Orin NX hardware-in-the-loop tests in the RETINA and TinyV3RSE optical facilities.
Contributed to GNC and image-processing software validation for the Hera Milani CubeSat, including navigation experiments and GNC commissioning.
A library of state-estimation methods for spacecraft navigation.
Shared types and primitives for SLAM and computer vision.
A framework for training and evaluating machine-learning models.
Tools for deploying trained machine-learning models in inference applications.
An extension of v2e for simulating event-camera measurements from conventional video.
Spectral and radiometric rendering for synthetic navigation imagery and sensor simulation.
Robot-control and planning software for hardware-in-the-loop validation of spacecraft navigation and image processing.
Some research software remains private while work is in development or under review. Contact for access enquiries related to research collaborations.