For a wide range of control engineering applications, the problem of solving a system of
linear equations is often encountered and has been well studied. Traditionally, this problem …

This paper focuses on designing distributed algorithms for solving the linear matrix equation
in the form of AXB= F via a double-layered multi-agent network. Firstly, we equivalently …

This article considers the problem of solving linear algebraic equations of the form Ax= b
among multiagents, which seek a solution by using local information in presence of random …

This paper proposes scalable distributed least square algorithms for solving large-scale
linear algebraic equations via multi-agent network. We consider two kinds of different …

This paper investigates the problem of cooperative tuning of multi-agent optimal control
systems, where a network of agents (ie multiple coupled optimal control systems) adjusts …

This article investigates a class of systems of nonlinear equations (SNEs). Three distributed
neurodynamic models (DNMs), namely a two-layer model (DNM-I) and two single-layer …

In this article, we put forward the substantial challenges in cyber resilience in the domain of
autonomous systems and outline foundational solutions to address these challenges. These …

In this article, we study a distributed, second-order, event-triggered network flow for solving
linear algebraic equations described by the form z= H y in the sense of least squares. An …

This paper investigates the problem of finding a fixed point for a global nonexpansive
operator under time-varying communication graphs in real Hilbert spaces, where the global …

A new approach to solving the linear algebraic equation is presented by introducing a
leaderless clustered multi-agent system. Each agent is associated with a certain submatrix …