Characterizing behaviour of Complex networks against perturbations and generation of Pseudo-random networks

Networks are all-pervasive in nature. The complete structural controllability of a network and its robustness against unwanted link failures and perturbations are issues of immense concern. In this chapter, we propose a heuristic to determine the minimum number of driver nodes for complete structural control, with a reduced complexity. We also introduce a novel approach to address the vulnerability of the real-world complex networks, and enhance the robustness of the network, prior to an attack or failure. The simulation results reveal that dense and homogenous networks are easier to control with lesser driver nodes, and are more robust, compared to sparse and inhomogeneous networks.

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Design of Structural Controllability for Complex Network Architecture

Mukherjee

Chatterjee

Das

et al. 2016

Advanced Methods for Complex Network Analysis

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Characterizing behaviour of Complex networks against perturbations and generation of Pseudo-random networks

Cited by 1 publication

References 35 publications

Design of Structural Controllability for Complex Network Architecture

Design of Structural Controllability for Complex Network Architecture

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