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ISOGA: Integrated Services Optical Grid Architecture

ISOGA: Integrated Services Optical Grid Architecture. Investigator: Oliver Yu, Department of Electrical and Computer Engineering Prime Grant Support: DOE, NSF. On-demand Lightpath (10 Gbps ) . Cluster. Cluster.

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ISOGA: Integrated Services Optical Grid Architecture

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  1. ISOGA: Integrated Services Optical Grid Architecture Investigator: Oliver Yu, Department of Electrical and Computer Engineering Prime Grant Support: DOE, NSF On-demand Lightpath (10 Gbps) Cluster Cluster • Lambda Grid reserves lightpaths or lambdas of light (10 Gbps transport capacity) among a distributed collection of data, computing, visualization and instrumentation resources that are integrated to provide collaborative capability to end users. • To support a Multi-domain Lambda Grid with on-demand lightpath provisioning over multiple optical network domains with heterogeneous control planes. • To support e a Multi-purpose Lambda Grid for multidisciplinary collaborative applications. All-optical LAN Chicago Amsterdam All-optical LAN StarLight NetherLight ISON ISON PIN PIN Cluster All-optical MAN University of Amsterdam UIC ISON Chicago OMNInet PIN • Publication • O. Yu, “IntercarrierInterdomain Control Plane for Global Optical Networks,” in Proc. IEEE ICC, June 2004. • O. Yu, T. DeFanti, “Collaborative User-centric Lambda-Grid over Wavelength-Routed Network,” in Proc. IEEE/ASM SC 2004, Nov. 2004. • Three journal papers has been submitted to IEEE/OSA Journal of Lightwave Technology. • Demonstration • Through collaboration with University of Amsterdam, on-demand lightpath provisioning was demonstrated over Lambda Grid between Chicago & Amsterdam in SC 2003, November 2003. • Future Goals • Extend multi-domain and multi-purpose Lambda Grid with photonic multicast capability by splitting incoming light into multiple outputs. • Demonstrate the new prototype in iGrid 2005 symposium at San Diego. • Photonic Inter-domain Negotiator (PIN) is developed to support the Multi-domain Lambda Grid. It provides an open secure inter-domain control plane to interoperate multiple optical network domains with non-compatible signaling and routing functions. • Integrated Services Optical Network (ISON) is developed to support the Multi-purpose Lambda Grid. It provides multiple traffic transport services: Gigabit-rate stream (single lambda per application); Kilo/Megabit-rate stream (multiple applications per lambda); Tera/Petabit-rate stream (multiple lambdas per application); and variable bit rate bursty traffic.

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