Prescribed-time Consensus for Second-order Multi-Agent Systems With Output Mask
摘要
This article discusses prescribed-time consensus and privacy-preserving for second-order MASs under directed graphs. The privacy-preserving method and prescribed time controllers are designed to enable leader-follower consensus and average consensus when the true state of MASs is protected. Firstly, the output mask is designed, which is used to obtaining privacy-preserving of MASs. Meanwhile, the prescribed-time consensus controllers with a time scaling function are designed by utilizing Lyapunov stability theory to ensure that LF-MASs and L-MASs can reach leader-follower consensus and average consensus within the prescribed time. The effectiveness of the obtained results is validated by simulation results finally.