Designing robust air transportation networks via minimizing total effective resistance
Designing a robust air transportation network is an ongoing research effort that seeks to
improve the extent of a network being connected against failures and attacks. The total …
improve the extent of a network being connected against failures and attacks. The total …
Robustness Optimization of Air Transportation Network With Total Route Cost Constraint
Designing a robust air transportation network is critical for aviation activities to maintain
highly efficient operations. Given certain total route cost, designing a strategy to improve the …
highly efficient operations. Given certain total route cost, designing a strategy to improve the …
Air traffic network optimization via Laplacian energy maximization
Designing robust air traffic network is an ongoing research effort that seeks to improve the
network robustness when one or more air routes are added to the existing network. We …
network robustness when one or more air routes are added to the existing network. We …
[PDF][PDF] Air transportation network robustness optimization under limited legs itinerary constraint
In air transportation networks the robustness of a network regarding node and link failures is
a key factor for its design. At the same time, travelling passengers usually prefer the itinerary …
a key factor for its design. At the same time, travelling passengers usually prefer the itinerary …
Computationally efficient attack design for robustness analysis of air transportation networks
Maintaining robustness is a key challenge for present and future air transportation. The
analysis of network robustness is a time-demanding task, whose complexity increases with …
analysis of network robustness is a time-demanding task, whose complexity increases with …
Robustness of air transportation as complex networks: Systematic review of 15 years of research and outlook into the future
Air transportation systems are an important part of the critical infrastructure in our connected
world. Accordingly, a better understanding and improvements in the resilience of the overall …
world. Accordingly, a better understanding and improvements in the resilience of the overall …
A Braess's Paradox inspired method for enhancing the robustness of air traffic networks
Air traffic networks (ATNs) play an important role in air transport. It is of practical application
values to improve the robustness of ATNs. Here we propose a counter-intuitive idea with the …
values to improve the robustness of ATNs. Here we propose a counter-intuitive idea with the …
On robustness paradox in air traffic networks
Air traffic is operated in an air traffic network (ATN) environment. It is pertinent to improve the
robustness of ATNs as they are frequently exposed to manifold uncertainties which can …
robustness of ATNs as they are frequently exposed to manifold uncertainties which can …
Multi-objective optimization to improve robustness in networks
Robustness is one of the most important properties to consider when designing networked
infrastructure systems such as the road network, airline network, and the electric power grid …
infrastructure systems such as the road network, airline network, and the electric power grid …
Data-driven distributionally robust generation of time-varying flow corridor networks under demand uncertainty
B Ye, C Ni, Y Tian, WY Ochieng - Transportation Research Part C …, 2022 - Elsevier
Flow corridors are novel long tube-shaped, high-density airspace structure (like freeways in
sky) which could achieve a very high throughput, while allowing traffic to flexible deployment …
sky) which could achieve a very high throughput, while allowing traffic to flexible deployment …