Advanced applications require reliable point-to-point transport of extremely large data files among multiple nodes. Currently no communication service meets these data transport needs cost effectively. LightForce demonstrates the potential for transporting multiple gigibits of data with virtually no jitter by exploiting the capabilities of dynamic lightpath switching. It uses dynamic L1 services and rapidly changing topologies that integrate multiple source and destination nodes, including remote nodes. Key technologies demonstrated include transparent mapping, lightpath control, resource allocation, arbitration among contending demands, extended FEC, error control, traffic stream quality, performance monitoring, and new protocols that exploit enhanced methods for low levels of BER.
URL:
Contact:
Joe Mambretti, International Center for Advanced Internet Research (iCAIR), Northwestern University (NU), USA, j-mambretti @ northwestern.edu
Collaborators:
iCAIR, NU, USA:
Joe Mambretti, Fei Yeh, Jim Chen, Rachel Gold
Electronic Visualization Laboratory (EVL), University of Illinois at Chicago (UIC), USA:
Tom DeFanti
Nortel, Canada:
Kim Roberts
Nortel, USA:
Paul Daspit
Advanced Internet Research Group, University of Amsterdam, NL:
Cees de Laat
