p-Cycles correspond to an efficient pre-configured and pre-cross-connected Please check
'pre-cross connected'throughout. Should this be 'pre-cross-connected'? protection scheme …

We propose a new design scheme of resilient wavelength division multiplexing (WDM)
networks by extending and resha** pre-configured protection tree (p-tree) structures. The …

The emerging next generation optical transport WDM networks, with reconfigurable optical
switches, offer a promising solution to the ever-increasing demand for high bandwidth and …

We propose a novel protection approach for the design of link-protection schemes in
survivable Wavelength Division Multiplexing mesh networks by merging the well-known p …

We propose a new flexible design approach of protection plans in survivable WDM networks
by using protection structures with no predefined shapes in order to maximize the protected …

The p-cycle and its Failure Independent Path Protection (FIPP) extension are known to be
efficient and agile protection strategies. The p-cycle is pre-configured such that if there is a …

Network survivability is a key design issue for optical transport mesh networks. Various
survivability schemes have been introduced among which p-cycle has (and continues) …

We propose a new way to design a Protected Working Capacity Envelope (PWCE) in
survivable WDM networks by using pre-configured protection structures with unrestricted …

Abstract p-Cycle Based Protection in WDM Mesh Networks Honghui Li, Ph. D. Concordia
University, 2012 WDM techniques enable single fiber to carry huge amount of data …

This paper introduces a novel dynamic survivable routing scheme in all-optical mesh
networks, namely dynamic joint design heuristic (DJH), for achieving ultrafast and signaling …