Towards safely automating space mission operations
The space industry has always been a leading sector in technology development and research, pushing for automating operations in harsh environmental conditions and with high safety-critical scenarios. Automating space mission operations can make their management more efficient. The space case study in SAFEXPLAIN adopts the use of Deep Learning models for visual processing in a rendezvous and docking scenario. The algorithm exploits a vision-based DL algorithm to compute the position estimation of the target. The task can be particularly challenging as images are captured in grayscale and generally quite low resolution; they are also generated in different conditions of illumination and poses, different backgrounds (space, the Earth, other objects in orbit) and the noise coming from the real optical sensors.
AIKO, the SAFEXPLAIN partner responsible for this case study, is preparing the algorithms and all the environmental tools needed to run and simulate their operational scenarios. Stubbing (simulating) the inputs and outputs of the algorithms is essential to avoid buying costly devices and instruments and recreating complex subsystems and interfaces, which in any case fall out of the scope of the project. With proper software stubbing, the system can tightly mimic the operations in the real scenario.
More information on this case study can be found: https://safexplain.eu/requirements-and-testing-first-activities-for-spa…

