Toward better approximation for the minimum-weighted vertex cover (MWVC) problem in
multiagent systems, we present a distributed algorithm from the perspective of learning in …

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 …

The scale expansion of the space information networks (SINs) makes the demands for
tacking, telemetry and command (TT&C) missions increase dramatically. An increasing …

While monolithic giant earth observation satellites still have obvious advantages in regularity
and accuracy, distributed satellite systems are providing increased flexibility, enhanced …

Aiming for efficient coordination mechanisms for the distributed weighted set cover problem,
we study from ordinal potential game theoretic learning and propose a Nash equilibrium …

For the generation of higher-quality solutions to the distributed minimum weighted vertex
cover (MWVC) problem, we propose a game theoretic learning algorithm by designing a …

Toward the global optimality and computation time reduction, we address the minimum
weighted vertex cover (MWVC) problem by proposing a population based game theoretic …

The paper focuses on the issue of observation task allocation in multiple satellite systems
and proposes an efficient centralized method via combining minimum weighted vertex cover …

Nous étudions des techniques distribuées de planification sur des scénarios d'observation
de la Terre avec utilisateurs et satellites multiples. Nous nous concentrons sur la …

This paper focuses on the weighted set cover problem in networking systems and presents a
fully distributed algorithm from the perspective of Nash equilibrium learning and selection …