- coordination of multilayer survivability operations,
- design of dedicated/shared backup paths,
- fast service recovery,
- fault management and control in survivable networks,
- impact of detection accuracy and latency on survivability,
- methods for measurement, evaluation, or validation of survivability,
- modeling malicious behaviour or attacks on networks,
- models and algorithms of survivable networks design and modeling,
- multilayer network survivability,
- optical networks survivability,
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- p-cycles and other protection structures,
- restoration strategies under different types of failures,
- role of redundancy in survivable networks,
- self-regenerative networks,
- service resilience differentiation,
- survivability of anycast and multicast networks,
- survivability of P2P and overlay systems,
- survivability under traffic grooming in multilayer networks,
- theory and methods of reliability and availability,
- use of self-healing techniques in surviving attacks,
- wired/wireless network survivability.
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