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Observer-Based Discrete-Time Nonnegative Edge Synchronization of Networked Systems

机译:网络系统基于观察者的离散时间非负边缘同步

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摘要

This paper studies the multi-input and multi-output discrete-time nonnegative edge synchronization of networked systems based on neighbors' output information. The communication relationship among the edges of networked systems is modeled by well-known line graph. Two observer-based edge synchronization algorithms are designed, for which some necessary and sufficient synchronization conditions are derived. Moreover, some computable sufficient synchronization conditions are obtained, in which the feedback matrix and the observer matrix are computed by solving the linear programming problems. We finally design several simulation examples to demonstrate the validity of the given nonnegative edge synchronization algorithms.
机译:本文研究了基于邻居输出信息的网络系统的多输入多输出离散时间非负边缘同步。网络系统边缘之间的通信关系通过众所周知的线图建模。设计了两种基于观察者的边缘同步算法,为此得出了一些必要和充分的同步条件。此外,获得了一些可计算的充分同步条件,其中通过解决线性规划问题来计算反馈矩阵和观察者矩阵。我们最终设计了几个仿真示例,以证明给定的非负边缘同步算法的有效性。

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