Using complex network theory for missing data reconstruction in water distribution networks

Hajibabaei, Mohsen; Hesarkazzazi, Sina; Minaei, Amin; Dastgir, Aun; Sitzenfrei, Robert

doi:10.1016/j.scs.2023.105114

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2024

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Cited by 4 publications

References 27 publications

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Towards collaborative smart cities: a participatory framework to co-develop an environmental monitoring dashboard along the Texas Coast

Jenewein,

Hummel,

Bezboruah

et al. 2024

International Journal of Urban Sciences

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Towards collaborative smart cities: a participatory framework to co-develop an environmental monitoring dashboard along the Texas Coast

Jenewein,

Hummel,

Bezboruah

et al. 2024

International Journal of Urban Sciences

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Robustness Analysis of Multilayer Infrastructure Networks Based on Incomplete Information Stackelberg Game: Considering Cascading Failures

Li,

Ji,

et al. 2024

Entropy

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The growing importance of critical infrastructure systems (CIS) makes maintaining their normal operation against deliberate attacks such as terrorism a significant challenge. Combining game theory and complex network theory provides a framework for analyzing CIS robustness in adversarial scenarios. Most existing studies focus on single-layer networks, while CIS are better modeled as multilayer networks. Research on multilayer network games is limited, lacking methods for constructing incomplete information through link hiding and neglecting the impact of cascading failures. We propose a multilayer network Stackelberg game model with incomplete information considering cascading failures (MSGM-IICF). First, we describe the multilayer network model and define the multilayer node-weighted degree. Then, we present link hiding rules and a cascading failure model. Finally, we construct MSGM-IICF, providing methods for calculating payoff functions from the different perspectives of attackers and defenders. Experiments on synthetic and real-world networks demonstrate that link hiding improves network robustness without considering cascading failures. However, when cascading failures are considered, they become the primary factor determining network robustness. Dynamic capacity allocation enhances network robustness, while changes in dynamic costs make the network more vulnerable. The proposed method provides a new way of analyzing the robustness of diverse CIS, supporting resilient CIS design.

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Graph-Based Warm Solutions for Optimal Resilience Enhancement of Water Distribution Networks

Hajibabaei,

Minaei,

Shahandashti

et al. 2024

The 3rd International Joint Conference on Water Distribution Systems Analysis &Amp;amp; Computing and Control for the Water Ind

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Using complex network theory for missing data reconstruction in water distribution networks

Cited by 4 publications

References 27 publications

Towards collaborative smart cities: a participatory framework to co-develop an environmental monitoring dashboard along the Texas Coast

Towards collaborative smart cities: a participatory framework to co-develop an environmental monitoring dashboard along the Texas Coast

Robustness Analysis of Multilayer Infrastructure Networks Based on Incomplete Information Stackelberg Game: Considering Cascading Failures

Graph-Based Warm Solutions for Optimal Resilience Enhancement of Water Distribution Networks

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