Earliest Arrival Flows with Multiple Sources

From MaRDI portal
Publication:3169047

DOI10.1287/moor.1090.0382zbMath1218.90166OpenAlexW2147567448MaRDI QIDQ3169047

Martin Skutella, Nadine Baumann

Publication date: 27 April 2011

Published in: Mathematics of Operations Research (Search for Journal in Brave)

Full work available at URL: https://semanticscholar.org/paper/7ce05e3bb2ed88af105b8f1b3b214e768b477163




Related Items (23)

Evacuation planning by earliest arrival contraflowEarliest Arrival Flows in Networks with Multiple SinksMacroscopic evacuation plans for natural disasters. A lexicographical approach for duration and safety criteria: \(\mathrm{Lex}((Q|S)\mathrm{Flow})\)Clearance time estimation for incorporating evacuation risk in routing strategies for evacuation operationsThe mixed evacuation problemEvacuating from \(\ell_p\) unit disks in the wireless model (extended abstract)Online scheduling problems with flexible release dates: applications to infrastructure restorationContinuous dynamic contraflow approach for evacuation planningEvacuating two robots from multiple unknown exits in a circleLexicographically optimal earliest arrival flowsMinimum‐cost flow problems having arc‐activation costsEvacuating from \(\ell_p\) unit disks in the wireless modelTemporal flows in temporal networksSaving a path minimizing egress time of a dynamic contraflow: a bi-objective programming approachUnnamed ItemEarliest arrival flows in networks with multiple sinksA heuristic algorithm for the earliest arrival flow with multiple sourcesEvacuation network optimization model with Lane-based reversal and routingA survey on models and algorithms for discrete evacuation planning network problemsA Stackelberg strategy for routing flow over timeAlmost linear time algorithms for minsum \(k\)-sink problems on dynamic flow path networksThe universally quickest transshipment problem in a certain class of dynamic networks with uniform path-lengthsDiscrete Newton methods for the evacuation problem




This page was built for publication: Earliest Arrival Flows with Multiple Sources