Improved capacity utilization via agile wavelength provisioning and protection sharing in global core optical metworks

DARPA's CORONET PHAROS (petabit highly-agile robust optical system) provides traffic engineering algorithms and signaling solutions for highly-agile, large-capacity core optical networks. PHAROS technology will facilitate rapid configuration of network resources to address dynamic traffic needs...

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Published in2009 International Conference on Photonics in Switching p. 1
Main Authors Rauschenbach, K., Hain, R., Jackson, A., Jacob, J., Leland, W., Lowry, J., Miliken, W., Pal, P., Ramanathan, R., Santivanez, C., Baldine, I., Huang, S., Wood, D.
Format Conference Proceeding
LanguageEnglish
Published IEEE 01.09.2009
Subjects
Collaboration
Distributed computing
Global communication
Jacobian matrices
Optical fiber networks
Robustness
Surge protection
Systems engineering and theory
Telecommunication traffic
USA Councils
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Abstract DARPA's CORONET PHAROS (petabit highly-agile robust optical system) provides traffic engineering algorithms and signaling solutions for highly-agile, large-capacity core optical networks. PHAROS technology will facilitate rapid configuration of network resources to address dynamic traffic needs in future global communications, such as localized surges in capacity requirements that result from flash-crowds and smooth recovery from multiple concurrent network faults. PHAROS technology is designed to scale to support bandwidth-intensive collaborative and distributed computing applications, and accommodates the continued growth of video services.
AbstractList DARPA's CORONET PHAROS (petabit highly-agile robust optical system) provides traffic engineering algorithms and signaling solutions for highly-agile, large-capacity core optical networks. PHAROS technology will facilitate rapid configuration of network resources to address dynamic traffic needs in future global communications, such as localized surges in capacity requirements that result from flash-crowds and smooth recovery from multiple concurrent network faults. PHAROS technology is designed to scale to support bandwidth-intensive collaborative and distributed computing applications, and accommodates the continued growth of video services.
Author Huang, S.
Baldine, I.
Rauschenbach, K.
Jackson, A.
Lowry, J.
Hain, R.
Jacob, J.
Santivanez, C.
Pal, P.
Wood, D.
Ramanathan, R.
Leland, W.
Miliken, W.
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SubjectTerms Collaboration
Distributed computing
Global communication
Jacobian matrices
Optical fiber networks
Robustness
Surge protection
Systems engineering and theory
Telecommunication traffic
USA Councils
Title Improved capacity utilization via agile wavelength provisioning and protection sharing in global core optical metworks
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