In order to meet their stringent dependability requirements, most modern packet-switched
communication networks support fast-recovery mechanisms in the data plane. While …

Highly dependable communication networks usually rely on some kind of Fast Re-Route
(FRR) mechanism which allows to quickly re-route traffic upon failures, entirely in the data …

In networks, availability is of paramount importance. As link failures are disruptive, modern
networks in turn provide Fast ReRoute (FRR) mechanisms to rapidly restore connectivity …

To provide fast traffic recovery upon failures, most modern networks support static Fast
Rerouting (FRR) mechanisms for mission critical services. However, configuring FRR …

Segment Routing (SR) is a new fertile ground for Traffic Engineering (TE). By decomposing
forwarding paths into segments, which specify a list of intermediate delivery points that a …

Network failures are common in wide area networks (WANs). Failure recovery in a software-
defined WAN takes minutes or longer, as the controller needs to calculate a new traffic …

In software-defined WANs (SD-WAN), link failure can lead to congestion and packet loss,
hence degrading application performance. State-of-the-art traffic engineering approaches …

In order to meet their stringent dependability requirements, most modern communication
networks support fast-recovery mechanisms in the data plane. While reactions to failures in …

Highly dependable communication networks usually rely on some kind of Fast Re-Route
(FRR) mechanism which allows to quickly re-route traffic upon failures, entirely in the data …

In order to provide a high resilience and to react quickly to link failures, modern computer
networks support fully decentralized flow rerouting, also known as local fast failover. In a …