👉 The Fleet Fluid is a conceptual model used in the field of autonomous systems and multi-agent coordination, particularly in swarm robotics and distributed computing. It represents a continuous, high-dimensional state space where each dimension corresponds to a different variable or attribute of the system, such as position, velocity, orientation, and internal state. The fluid nature of this model means that the system's behavior is described by a smooth, dynamic flow, allowing for efficient simulation and analysis of complex interactions among multiple agents. By treating the state transitions as fluid dynamics, researchers can apply principles from fluid mechanics to optimize coordination, predict system behavior, and design robust algorithms for collective decision-making and task execution in decentralized networks.
