Dynamic provisioning system for bandwidth-scalable core optical network

Authors:
Kristin Rauschenbach;Regina Hain;Alden Jackson;John Jacob;Will Leland;John Lowry;Walter Milliken;Partha Pal;Ram Ramanathan;Cesar Santivanez;Ilia Baldine;Shu Huang;Dan Wood
Affiliations:
BBN Technologies, Cambridge, MA;BBN Technologies, Cambridge, MA;BBN Technologies, Cambridge, MA;BBN Technologies, Cambridge, MA;BBN Technologies, Cambridge, MA;BBN Technologies, Cambridge, MA;BBN Technologies, Cambridge, MA;BBN Technologies, Cambridge, MA;BBN Technologies, Cambridge, MA;BBN Technologies, Cambridge, MA;RENCI, Chapel Hill, NC;RENCI, Chapel Hill, NC;Verizon Federal Network Systems, Burlington, MA
Venue:
MILCOM'09 Proceedings of the 28th IEEE conference on Military communications
Year:
2009

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Abstract

We describe the architecture of PHAROS (Petabit Highly-Agile Robust Optical System), developed under the DARPA CORONET program. PHAROS provides traffic engineering, resource management and signaling solutions for highly-agile, large-capacity core optical networks. PHAROS technology facilitates rapid configuration of network resources to address dynamic traffic needs in future global military and commercial communications, such as localized surges in capacity requirements that result from military operations. PHAROS technology also scales to support bandwidth-intensive, network-centric, collaborative and distributed computing applications, and accommodates the continued growth of video and biometric data services.