Abstract — In this paper we discuss the consensus problem for a network of dynamic agents with undirected information flow and random switching topologies. The switching is determined by a Markov chain, each topology corresponding to a state of the Markov chain. We show that in order to achieve consensus almost surely and from any initial state the sets of graphs corresponding to the closed positive recurrent sets of the Markov chain must be jointly connected. The analysis relies on tools from matrix theory, Markovian jump linear systems theory and random processes theory. The distinctive feature of this work is addressing the consensus problem with “Markovian switching ” topologies. I
This paper presents new graph-theoretic results appropriate for the analysis of a variety of consens...
This paper presents new graph-theoretic results appropriate for the analysis of a variety of consens...
This paper presents new graph-theoretic results appropriate for the analysis of a variety of consens...
Abstract—In this paper, we study the linear distributed asymptotic consensus problem for a network o...
This paper studies both continuous and discrete time consensus problems for multi-agent systems with...
Stochastic multiagent systems have attracted much attention during the past few decades. This paper ...
Consensus of multi-agent systems under random networks has attracted considerable attention.In previ...
Abstract—In this paper, we discuss consensus problems for networks of dynamic agents with fixed and ...
This paper investigates consensus strategies for a group of agents with discrete second-order dynami...
We investigate a new consensus problem in networks of dynamic agents, where the agents in a network ...
This paper presents new graph-theoretic results appropriate for the analysis of a variety of consens...
Stochastic consensus algorithms are considered for multi-agent systems over noisy unbalanced directe...
This paper presents new graph-theoretic results appropriate for the analysis of a variety of consens...
This paper presents new graph-theoretic results appropriate for the analysis of a variety of consens...
This paper studies the consensus of first-order discrete-time multi-agent systems with fixed and swi...
This paper presents new graph-theoretic results appropriate for the analysis of a variety of consens...
This paper presents new graph-theoretic results appropriate for the analysis of a variety of consens...
This paper presents new graph-theoretic results appropriate for the analysis of a variety of consens...
Abstract—In this paper, we study the linear distributed asymptotic consensus problem for a network o...
This paper studies both continuous and discrete time consensus problems for multi-agent systems with...
Stochastic multiagent systems have attracted much attention during the past few decades. This paper ...
Consensus of multi-agent systems under random networks has attracted considerable attention.In previ...
Abstract—In this paper, we discuss consensus problems for networks of dynamic agents with fixed and ...
This paper investigates consensus strategies for a group of agents with discrete second-order dynami...
We investigate a new consensus problem in networks of dynamic agents, where the agents in a network ...
This paper presents new graph-theoretic results appropriate for the analysis of a variety of consens...
Stochastic consensus algorithms are considered for multi-agent systems over noisy unbalanced directe...
This paper presents new graph-theoretic results appropriate for the analysis of a variety of consens...
This paper presents new graph-theoretic results appropriate for the analysis of a variety of consens...
This paper studies the consensus of first-order discrete-time multi-agent systems with fixed and swi...
This paper presents new graph-theoretic results appropriate for the analysis of a variety of consens...
This paper presents new graph-theoretic results appropriate for the analysis of a variety of consens...
This paper presents new graph-theoretic results appropriate for the analysis of a variety of consens...