20 | | Software Staff: David Becker Duke Univ [[BR]] |
21 | | BEN Operations Staff and IT Contact: Chris Heermann RENCI [[BR]] |
22 | | Software Staff: Daniel Evans RENCI [[BR]] |
23 | | Software Staff: Shu Huang RENCI [[BR]] |
24 | | Software Staff: Yufeng Xin RENCI [[BR]] |
| 20 | BEN Operations Staff and IT Contact: Chris Heermann (RENCI) [[BR]] |
| 21 | Software Staff: Yufeng Xin (RENCI) [[BR]] |
| 22 | Software Staff: Daniel Evans (RENCI) [[BR]] |
| 23 | Software Staff: Aydan Yumerefendi (RENCI) |
| 24 | Students: Varun Marupadi (Duke), Matt Sayler (Duke) |
35 | | The scope of work on this project is to extend ORCA (a candidate GENI control framework) to include the optical resources available in BEN. Also, to make a reference implementation of ORCA available to additional GENI prototypes and assist, with limited support, in the integration of ORCA into select wireless/sensor prototypes. The team will operate a clearinghouse for the various testbeds under the ORCA control framework. Also, connect with the NLR backbone network !FrameNet service to facilitate end-to-end VLAN's connections into BEN. Finally, make the integrated (VLAN connections and control framework) ORCA/BEN infrastructure available to external researchers by the end of Year-1. |
| 35 | The scope of work on this project is to extend ORCA (a candidate GENI control framework) to include the optical resources available in [[https://ben.renci.org BEN]] metro optical testbed. Also, to make a reference implementation of ORCA available to additional GENI prototypes and assist, with limited support, in the integration of ORCA into select wireless/sensor prototypes. The team will operate a clearinghouse for the various testbeds under the ORCA control framework. Also, connect with the NLR backbone network !FrameNet service to facilitate end-to-end VLAN's connections into BEN. Finally, make the integrated (VLAN connections and control framework) ORCA/BEN infrastructure available to external researchers by the end of Year-1. |