Sentence examples for cooperative synchronization from inspiring English sources

First, bounded distributed cooperative synchronization (or consensus seeking) controllers are developed by using full state feedback.

The obtained structured functions are applied to cooperative synchronization problems for affine-in-control nonlinear agents.

Second distributed output feedback (i.e. without using full state feedback) controllers are developed for cooperative synchronization.

For reducible graphs a combination of cooperative tracking and irreducible graph cooperative synchronization is used to address cooperative dynamics by Lyapunov methods.

The main objective of this paper is to design distributed cooperative synchronization and reconfigurable control strategies for a network of heterogeneous multi-agent Euler Lagrange (EL) systems by taking into account constraints on the control inputs and actuator saturation faults.

The S-estimator exploits a theoretical consequence of cooperative (synchronization-like) phenomena in order to estimate the amount of synchronization within a set of measurements of arbitral cardinality [33], i.e., the fact that the portion of the visited state-space of two (or more) interacting dynamical systems is smaller than that visited by the same putatively non-interacting systems [38].

It is proved that when the undirected graph is connected, all agents' outputs in the network can be synchronized, i.e., cooperative output synchronization of the network is realized.

This paper brings structured Lyapunov functions guaranteeing cooperative state synchronization of identical agents.

This paper investigates a quaternion-based finite-time cooperative attitude synchronization and tracking of multiple rigid spacecraft with a virtual leader subject to bounded external disturbances.

Notably, the latter is of great importance in cooperative systems, where synchronization is a very critical issue [7].

Its aim is to study techniques such as multicell cooperative techniques, distributed synchronization, interference coordination and cancellation.