Finite-time distributed topology design for optimal network resilience - Xue, Dong; Hirche, Sandra (IET control theory & applications, 2019)
Keywords: approximation theory; complex network; complex networks; distributed algorithms; distributed estimation algorithm; distributed stopping criterion; distributed strategies; eigenvalues and eigenfunctions; eigenvectors and eigenvalues; estimation theory; extensive interest; finite‐time distributed topology design; graph matrices; graph theory; link addition‐rewiring; link manipulation; link‐operation problem; local accessible topology information; malicious attacks; matrix algebra; matrix‐perturbation‐based approximation; network theory (graphs); network topology; network‐based optimisation problems; numerical demonstrations; optimal network resilience; optimisation; Special Issue: Distributed Optimisation and Learning for Networked Systems; estimation theory; malicious attacks; numerical demonstrations; graph theory; distributed stopping criterion; network theory (graphs); complex networks; link addition-rewiring; eigenvalues and eigenfunctions; matrix-perturbation-based approximation; optimisation; distributed estimation algorithm; extensive interest; link manipulation; approximation theory; network-based optimisation problems; complex network; network topology; distributed strategies; link-operation problem; matrix algebra; graph matrices; optimal network resilience; distributed algorithms; finite-time distributed topology design; local accessible topology information; eigenvectors and eigenvalues