A field-trial of on-demand integration of grid and innovative wavelength multicasting service over WSON for emerging frontier applications

S. Xu; Guo-Wei Lu; H. Otsuki; H. Harai; N. Wada; T. Miyazaki

A field-trial of on-demand integration of grid and innovative wavelength multicasting service over WSON for emerging frontier applications
Other conference contribution, 2010

To enable the quick applications and services of new-born innovative optical network service (INS) in largescale high-end grid computing, we propose an overlay approach to integrate grid and emerging INS resources establishing the value-added optical grid network flexibly cross over multi-domain WSONs. In particular, we introduce an edge-mode approach which flexibly leverages new multifunction wavelength selective multicasting (WSM) at a special edge close to the core node. To integrate grid and innovative optical network technologies efficiently, we propose a unified platform - optical grid/INS network infrastructure (OGINI). Through field trial experiments over a developed metropolitan-scale wavelength switched optical network (WSON) test-bed, the feasibility of the proposed WSM scheme in the optical transmission systems and the totally automated value-added OGN constructions supported by the proposed OGINI have been verified successfully.

Optical networks

On-Demand

Core nodes

Field trial

Wavelength multicasting

Optical grid networks

Optical transmission systems

Mode approach

Multi domains

Network infrastructure

Cross over

Wavelength-switched

Optical network technology

Author

S. Xu

Guo-Wei Lu

Chalmers, Microtechnology and Nanoscience (MC2), Photonics

Other publications Research

H. Otsuki

H. Harai

N. Wada

T. Miyazaki

2010 14th Conference on Optical Network Design and Modeling, ONDM 2010

978-390188241-8 (ISBN)

Subject Categories

Electrical Engineering, Electronic Engineering, Information Engineering

ISBN

978-390188241-8

More information

Created

10/6/2017

A field-trial of on-demand integration of grid and innovative wavelength multicasting service over WSON for emerging frontier applications Other conference contribution, 2010