This paper presents a simple and efficient algorithm for timeslot allocation in agile all-
photonic network (AAPN) cores working under a time division multiplexing (TDM) mode …

The internal switches in all-photonic networks do not perform data conversion into the
electronic domain. Although this removal of OEO conversion eliminates a potential capacity …

The Agile All Photonic Network (AAPN) is a high speed transparent agile optical transport
network. A key issue in these all photonic networks is the distributed scheduling method …

Internal switches in all-photonic networks do not perform data conversion into the electronic
domain, thereby eliminating a potential capacity bottleneck, but the inability to perform …

Internal switches in all-photonic networks do not perform data conversion into the electronic
domain, thereby eliminating a potential capacity bottleneck, but they introduce network …

The Agile All-photonic Backbone Network (AAPN) architecture has been proposed by the
telecommunication industry as a potential candidate for the ultra high speed Next …

We investigate a load-balancing method in a time division multiplexed agile all-photonic
network (AAPN), which has a star topology and a buffeHess optical core. This method for …

We consider the scheduling problem in a new optical transport network called time-domain
wavelength interleaved networks (TWIN). Due to the innovative architecture of TWIN, four …

This paper describes a framework for fixed-length frame scheduling in all-photonic networks
with large propagation delays. We introduce the Fair Matching Algorithm a novel scheduling …

In emerging agile all-optical networks, the next generation time division multiplexing
technique in the optical domain is implemented on top of wavelength-division multiplexing to …