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Towards a deeper understanding of link restoration algorithms for mesh networks
S. S. Lumetta
, M. Médard
Electrical and Computer Engineering
Information Trust Institute
Coordinated Science Lab
Siebel School of Computing and Data Science
Research output
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peer-review
Overview
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Keyphrases
Mesh Network
100%
Link Maintenance
100%
Restoration Algorithm
100%
Failure Localization
100%
Restoration Trajectory
66%
Topological Constraints
33%
Classification Scheme
33%
Algorithm Design
33%
Failure Time
33%
Negative Impact
33%
Relative Value
33%
Mesh Topology
33%
Topological Effect
33%
Single Failure
33%
Dual-link Failure
33%
Algorithmic Properties
33%
Failure Classification
33%
Classification Hierarchy
33%
Restoration Failure
33%
Computer Science
Deep Understanding
100%
Mesh Network
100%
Restoration Algorithm
100%
Link Restoration
100%
Restoration Path
66%
Classification Scheme
33%
Algorithm Design
33%
Negative Impact
33%
Relative Value
33%
Mesh Topology
33%
Classification Hierarchy
33%