| 1 | = What Resources Are in GENI (and what are they good for)? = |
| 2 | |
| 3 | This table gives new GENI users a quick and easy way to see what testbed / framework might be useful for their experiment. Each of the groups listed under here has a page which describes the tools and facilities available for their users. The list is sorted by scale. |
| 4 | |
| 5 | ||Testbed Name||Cluster||Physical connectivity||Layer 2 Control||Layer 3 Control||Scale||Programming environment||Restrictions|| |
| 6 | ||[https://seattle.cs.washington.edu/ Million Node GENI / Seattle]||C||Real end user networks||None||None||~3K nodes||Python based VM||TCP / UDP traffic only, see AUP|| |
| 7 | ||[http://www.planet-lab.org/ PlanetLab]||B||Edu networks||Some via OpenFlow||Limited RAW sockets, VINI||~1K nodes||Linux VM||See AUP|| |
| 8 | ||ProtoGENI||C||Machine room, real switches, etc.||OpenFlow, VLANs across the WAN, ||None||~500 nodes||Any OS VM||See AUP|| |
| 9 | ||ORCA||D||Machine room, real switches, etc.||??||??||~500 nodes||Any OS VM||Allows disruptive experiments, see AUP|| |
| 10 | ||ORBIT||E||WiMax||None||None||??? nodes||Python based VM||??|| |
| 11 | ||[https://wiki.ittc.ku.edu/gpeni_wiki/index.php/Main_Page GpENI]||B||Edu networks||OpenFlow, ??||Limited RAW sockets, VINI, ??||~200 nodes||Linux VM||See AUP|| |
| 12 | |