Decentralized Adaptive Control of a Class of Discrete-Time Multi-Agent Systems for Hidden Leader Following Problem

In this paper, adaptive control is investigated for class of discrete-time nonlinear multi-agent systems (MAS). Each agent is of uncertain dynamics and is affected by other gents in its neighborhood. An agent is able to sense the outputs of the agents inside its neighborhood but is unable o sense those outside its neighborhood. Among all the agents, here is a hidden leader, which knows the desired tracking rajectory, but it is affected by and can only affect those agents inside its neighborhood while all other agents are not aware of for leadership. The decentralized adaptive control is designed or each agent by using the information of its neighbors. Under the proposed decentralized adaptive controls, both rigid mathematical proof and simulation studies are provided to show hat all the agents are guaranteed to reach their common goal, e., following the desired reference.