Projects / Completed
CARGONET: Coordinated Advance Reservation for Grid over Optical Networks
The project
Advance reservation of optical circuits for grid and data-intensive science workflows.
PI Vinod Vokkarane.
Award number: CNS-1406370, 1406370 (matched from paper acknowledgements by sponsor and year; to be confirmed)
Students
Dylan A. P. Davis, Jeremy M. Plante, Thilo Schöndienst
From the authors of the papers acknowledging this award.
What the work found
- Failure-Aware Protection for Many-to-Many Routing in Content Centric Networks (2019): On-path caching plus precomputed backups improves reliability.
- Reducing Greenhouse Gas Emissions with Power Source Aware Multi-Domain Multi-Layer Networks (2015): Lowers greenhouse gas emissions.
- Analytical Blocking Model for Generalized Light-tree in Optical WDM Networks (2018): Model predicts manycast blocking.
- Co-Scheduling Scientific Workflows in Elastic Optical Networks (2018): Joint scheduling improves completion.
From the lab\'s research record, where each paper is summarized as a problem, an approach, and a finding.
Papers acknowledging this award
From the funding information publishers register with Crossref.
Related work from the lab in this period
Papers in the project\'s research threads from its years; they may or may not acknowledge this award.
Acknowledging this award
This material is based upon work supported by the NSF NeTS Small under Award No. CNS-1406370. Any opinions, findings, and conclusions or recommendations expressed are those of the authors and do not necessarily reflect the views of the sponsor.