Slot synchronization of WDM packet-switched slotted rings: the WONDER project
The WONDER project aims at designing and building a WDM packet-switched slotted ring
network, with tunable transmitters and fixed receivers. An experimental prototype is under …
network, with tunable transmitters and fixed receivers. An experimental prototype is under …
WONDER: a resilient WDM packet network for metro applications
This paper presents the architecture of a Wavelength Division Multiplexing (WDM) optical
packet network, called WONDER, that was designed and prototyped in the PhotonLab at …
packet network, called WONDER, that was designed and prototyped in the PhotonLab at …
The WONDER testbed: architecture and experimental demonstration
We present the latest experimental results within the WONDER project, aiming at the
demonstration of an advanced packet-based WDM architecture that recently reached its full …
demonstration of an advanced packet-based WDM architecture that recently reached its full …
Flow-aware resilient ring: new proposal for metropolitan area networks
J Domżał - Telecommunication Systems, 2015 - Springer
Abstract The Flow-Aware Resilient Ring (FARR) as a new proposal for Metropolitan Area
Networks is presented and analyzed in this paper. This new solution combines the best …
Networks is presented and analyzed in this paper. This new solution combines the best …
Flow-aware resilient ring
A new proposal for Metropolitan Area Networks is presented and analyzed in the paper. The
Flow-Aware Resilient Ring (FARR) combines the best features of two known network …
Flow-Aware Resilient Ring (FARR) combines the best features of two known network …
Congestion control in flow-aware resilient multi-ring networks
J Domżał - 2014 International Conference on Computing …, 2014 - ieeexplore.ieee.org
A complete congestion control system for Flow-Aware Resilient Multi-ring Networks
(FARMN) is presented and analyzed in the paper. The FARMN combines the Flow-Aware …
(FARMN) is presented and analyzed in the paper. The FARMN combines the Flow-Aware …
Toward feasible all-optical packet networks: recent results on the WONDER experimental testbed
We present the latest results of the WONDER project, a five-year activity focused on all-
optical packet networking on a simple architecture based upon commercially available …
optical packet networking on a simple architecture based upon commercially available …
Slot synchronization of a WDM packet-switched slotted ring
In this paper, we present two different strategies of slot synchronization in wavelength-
division-multiplexing (WDM) packet-switched slotted-ring networks. Emphasis is given to the …
division-multiplexing (WDM) packet-switched slotted-ring networks. Emphasis is given to the …
Experimentation of single-hop WDM rings for metro and distributed switching applications
This paper presents the architecture of a WDM optical packet network, called WONDER, that
was designed and prototyped in the PhotonLab at Politecnico di Torino, Italy. The design …
was designed and prototyped in the PhotonLab at Politecnico di Torino, Italy. The design …
[PDF][PDF] Flow-Aware Resilient Ring
A new proposal for Metropolitan Area Networks is presented and analyzed in the paper. The
Flow-Aware Resilient Ring (FARR) combines the best features of two known network …
Flow-Aware Resilient Ring (FARR) combines the best features of two known network …