Today's networks are filled with a massive and ever-growing variety of network functions that
coupled with proprietary devices, which leads to network ossification and difficulty in network …

Abstract Recent advances in Artificial Intelligence (AI) and Cyber-Physical Systems (CPS)
for aerospace applications have brought about new opportunities for the fast-growing …

While monolithic satellite missions still pose significant advantages in terms of accuracy and
operations, novel distributed architectures are promising improved flexibility …

Different drivers are nowadays leading spacecraft toward an increased level of on-board
autonomy. In this paper, we survey model-based techniques as a vehicle to implement …

This paper presents a new approach for autonomous reconfiguration of distributed space
systems, which ensures safe guidance of spacecraft formations towards the desired patterns …

In this paper, we identify several challenges and opportunities opened to agent and
multiagent systems, in the domain of Earth observation constellations. While mono-satellite …

Fractionated spacecraft consist of physically independent,“free-flying” modules composed of
various subsystems. For example, a fractionated spacecraft might consist of one module …

In this paper, we propose and adapt decision model formulations and algorithms suitable to
the distributed satellite collection tasking problem. The decentralized multi-satellite …

Spacecraft on-board computer (OBC) software architecture is composed of modules
consolidated to satisfy the mission requirements and maintains spacecraft operation with …

Establishment of a sustainable human presence beyond the cislunar space is a major
milestone for mankind. Small celestial bodies (SCBs) like asteroids are known to contain …