16 | | PI: John Regehr regehr@cs.utah.edu[[BR]] |
17 | | Primary Technical POC: Rob Ricci ricci@flux.utah.edu [[BR]] |
18 | | Tech staff: Leigh Stoller, key developer, clearinghouse & CM API stoller@flux.utah.edu[[BR]] |
19 | | Tech staff: Mike Hibler, developer, slicing components mike@flux.utah.edu[[BR]] |
20 | | Tech staff: David Johnson, staff, developer, slicing components johnsond@flux.utah.edu[[BR]] |
| 16 | PI: John Regehr regehr@cs.utah.edu[[BR]] |
| 17 | Primary Technical POC: Rob Ricci ricci@flux.utah.edu [[BR]] |
| 18 | Tech staff: Leigh Stoller, key developer, clearinghouse & CM API stoller@flux.utah.edu[[BR]] |
| 19 | Tech staff: Mike Hibler, developer, slicing components mike@flux.utah.edu[[BR]] |
| 20 | Tech staff: David Johnson, staff, developer, slicing components johnsond@flux.utah.edu[[BR]] |
25 | | [http://www.cs.utah.edu University of Utah, Flux Research Group] [[BR]] |
26 | | [http://www.hpl.hp.com/ HP Labs], contact is Rick McGeer[[BR]] |
27 | | [http://internet2.edu/ Internet2], contact is Matt Zekauskas |
| 25 | [http://www.cs.utah.edu University of Utah, Flux Research Group] [[BR]] |
| 26 | [http://www.hpl.hp.com/ HP Labs], contact is Rick McGeer[[BR]] |
| 27 | [http://internet2.edu/ Internet2], contact is Matt Zekauskas |
32 | | This project includes a large-scale integration of existing and under-construction systems that provide key GENI functionality. The integration consists of four key components: a nationwide, high-speed backbone on Internet2’s wave infrastructure; a set of sliceable, user programmable components embedded in this backbone, including PCs and “programmable hardware” NetFPGA cards; a set of subnets, including a variety of wireless networks, residential broadband, and programmable edge clusters, that will be connected to this backbone; and software from the University of Utah, based on an enhanced version of the Emulab testbed management software, plus additional software from PlanetLab and VINI, to manage the backbone, many of the subnets, and to provide a common point of integration between them. |
| 32 | This project includes a large-scale integration of existing and under-construction systems that provide key GENI functionality. The integration consists of four key components: a nationwide, high-speed backbone on Internet2’s wave infrastructure; a set of sliceable, user programmable components embedded in this backbone, including PCs and “programmable hardware” NetFPGA cards; a set of subnets, including a variety of wireless networks, residential broadband, and programmable edge clusters, that will be connected to this backbone; and software from the University of Utah, based on an enhanced version of the Emulab testbed management software, plus additional software from PlanetLab and VINI, to manage the backbone, many of the subnets, and to provide a common point of integration between them. |
39 | | [milestone:"ProtoGENI: Demo"][[BR]] |
40 | | [milestone:"ProtoGENI: Implementation of clearinghouse and aggregate manager"][[BR]] |
41 | | [milestone:"ProtoGENI: Integrate, install 2 nodes in I2"][[BR]] |
42 | | [milestone:"ProtoGENI: Control Plane integration of backbone nodes"][[BR]] |
43 | | [milestone:"ProtoGENI: L2 control in backbone nodes"][[BR]] |
44 | | [milestone:"ProtoGENI: Support experiments on ProtoGENI cluster"][[BR]] |
45 | | [milestone:"ProtoGENI: control plane integration of cluster-mates"][[BR]] |
| 39 | [milestone:"ProtoGENI: Demo"][[BR]] |
| 40 | [milestone:"ProtoGENI: Implementation of clearinghouse and aggregate manager"][[BR]] |
| 41 | [milestone:"ProtoGENI: Integrate, install 2 nodes in I2"][[BR]] |
| 42 | [milestone:"ProtoGENI: Control Plane integration of backbone nodes"][[BR]] |
| 43 | [milestone:"ProtoGENI: L2 control in backbone nodes"][[BR]] |
| 44 | [milestone:"ProtoGENI: Support experiments on ProtoGENI cluster"][[BR]] |
| 45 | [milestone:"ProtoGENI: control plane integration of cluster-mates"][[BR]] |