6 | | The figure below is a schematic of the GENI-in-a-Box. GENI-in-a-Box is distributed as a [http://https://www.virtualbox.org VirtualBox] virtual machine image that you download and import into !VirtualBox running on your computer. The virtual machine includes the [http://trac.gpolab.bbn.com/gcf/wiki/Omni Omni] experiment control tool and an aggregate that makes up to six virtual machines available for experimentation. You can connect these virtual machines to form any topology you wish so long as the topology does not require more than three NICs on any machine. GENI standard rspecs are used to specify desired topologies and to specify any software to be installed and executed on these machines. You can also ssh into these machines. |
| 6 | The figure below is a schematic of the GENI-in-a-Box. The GENI-in-a-Box !VirtualBox VM includes the [http://trac.gpolab.bbn.com/gcf/wiki/Omni Omni] experiment control tool, a clearinghouse used to create slices and an aggregate manager that makes resources available for experimentation. The resources available from the GENI-in-a-Box aggregate manager are up to six virtual machines running Linux. Each of these virtual machines has three NICs. They can be connected to form any topology that does not require more than six nodes and more than three NICs on a node. GENI standard rspecs are used to specify the machines, links and topology required by the experiment. |
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| 8 | Experimenters have root access to the virtual machines used in their experiment. They can use ssh to connect to and log into these machines. |