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EAR: Energy-aware risk-averse routing for disaster response networks
Abstract Disaster Response Networks (DRNs) are specific delay-tolerant networks (DTNs)
designed to support temporary communications during disaster recovery with limited energy …
designed to support temporary communications during disaster recovery with limited energy …
Delay-tolerant networks (DTNs) for emergency communications
This chapter discusses how delay-tolerant networks can be used to improve situational
awareness during the response to a large-scale disaster. The state of the art, in both industry …
awareness during the response to a large-scale disaster. The state of the art, in both industry …
Pareto optimal cross layer lifetime optimization for disaster response networks
Disaster Response Networks (DRNs) are designed to assist first responders during the
recovery period following a large scale disaster. The system lifetime of deployed DRNs is …
recovery period following a large scale disaster. The system lifetime of deployed DRNs is …
[BOOK][B] A fog computing architecture for disaster response networks
HC Jayanth - 2014 - search.proquest.com
In the aftermath of a disaster, the impacted communication infrastructure is unable to provide
first responders with a reliable medium of communication. Delay tolerant networks that …
first responders with a reliable medium of communication. Delay tolerant networks that …
[PDF][PDF] EAR: Energy-aware risk-averse routing for disaster response networksR
M Chaoa, H Chenjib, C Yanga, R Stolerua… - Ad Hoc …, 2020 - academia.edu
abstract Disaster Response Networks (DRNs) are specific delay-tolerant networks (DTNs)
designed to support temporary communications during disaster recovery with limited energy …
designed to support temporary communications during disaster recovery with limited energy …
[CITATION][C] Towards Adaptive Edge Computing and Communication for Disaster Response
M Chao - 2020
[CITATION][C] A Fog Computing Architecture for Disaster Response Networks
H Chenji Jayanth - 2014