Enhancing resilience strategies for the maritime supply chain is crucial to ensure smooth
operations and minimize disruptions in global trade. This study proposes an integrated …

Previous literature mainly focuses on the vulnerability of high-speed rail network (HSRN) at
station level. High-speed rail (HSR) lines fail frequently due to disasters, which can cause a …

Connectivity robustness, crucial for network understanding, optimization, and repair, has
been evaluated traditionally through time-consuming and often impractical simulations …

This study conducts a vulnerability analysis of the China-Europe liner shipping network,
including all relevant liner shipping services and China Railway Express services. The …

Robustness is pivotal for comprehending, designing, optimizing, and rehabilitating networks,
with simulation attacks being the prevailing evaluation method. Simulation attacks are often …

The resilience measurement of intercity public transportation networks is of great
significance for the region's safety and sustainability. This study discusses the topological …

This paper discusses the issue of attack-defense framework for multi-area power systems.
The primary objective is to propose a novel critical-metrics-based (CMB) attack strategy from …

To enhance the ability of a high-speed train (HST) to provide services under various adverse
conditions, this paper studies robustness improvement of the HST by adjusting its structure …

Complex and changing environments often cause resource failures in smart manufacturing
systems (SMSs), significantly affecting their robustness. This paper introduces a novel …

Recently, researchers have used the pairwise networks (lower-order) or hypergraphs
(higher-order) to separately model different real systems. However, some real systems may …