This paper presents the final results achieved within EFIPSANS project on the topic of Resilience, Survivability and/for Autonomicity in IPv6 Networks.
This paper provides an initial understanding of the resiliency issues of future carrier-grade networks based on SDN.
National security, emergency response and network-centric warfare considerations require that the optical transport infrastructure of communication networks be highly available with yearly downtime
Availability of the interconnection network in high-performance computing (HPC) systems is fundamental to sustaining the continuous execution of applications at scale.
During the last decade, a plentiful number of active queue management (AQM) schemes have been proposed, but their main objectives are to simply allocate the buffer resource to all flows evenly, or
Cyber-physical system communications for safely and effectively operating a mission-critical infrastructure must be securely protected to prevent the infrastructure from becoming vulnerable.
The importance of large-scale cyber-physical systems is being strongly emphasized today due to the increasing deployment of critical infrastructures such as Smart Grid.
Connection-oriented packet forwarding technologies such as MPLS, GMPLS and new entrant MPLS Transport Profile (MPLS-TP) are all evolving to meet the increasing demand for an efficient support of mu
Two-phase routing, where traffic is first distributed to intermediate nodes before being routed to the final destination, has been recently proposed [12], [13], [20] for handling widely fluctuating
Chemical amplification processes have been reported to be useful in the development of sensitive high resolution photoresists.
