The suitability and effectiveness of decentralized paradigms in the field of underground
conveyance drainage infrastructures for coping with the current and upcoming sustainability …

Recent research underpinned the effectiveness of topological decentralization for urban
stormwater networks (USNs) during the planning stage in terms of both capital savings and …

Infrastructures are interdependent systems and their interdependency can influence their
resilience to routine failures and extreme events. Even though infrastructure resilience has …

Intense rainfall events combined with high tide levels frequently result in urban floods in
riverine or coastal cities. Their increasing variability and uncertainty demand urgent but …

This paper shares a vision that sustainable water supply requires resilient water
infrastructures which are presumably in the centralized control and decentralized execution …

Complexity in water distribution systems (WDSs) poses a challenge for analysis and
management of the systems. To reduce the complexity, the recent development of complex …

The aim of this study is to present criteria to evaluate the resilience of sewer networks
related to ground collapse and urban flooding likely to occur in a specific region and then to …

This paper proposes a decentralized control scheme that mitigates floods in urban drainage
systems (UDSs). First, we develop a partitioning algorithm of the UDS relying on a graph …

The key contribution of this paper is to embed the analysis of the network in a framework
based on a mapping from the input space whose elements are nodes of a graph or the …

Rare or limited access to real-world data has widely been a stumbling block for the
development and employment of design optimization and simulation models in water …