| | 59 | Each group will cover the following lessons in the context of their given track: |
| | 60 | |
| | 61 | '''Experiment design''' |
| | 62 | * Choosing a connectivity option for testbed nodes (local network, public Internet, GENI backbone) that makes sense for the given experiment |
| | 63 | * Choosing resources (sb4, wireless sensor network, etc.) |
| | 64 | * Selecting OML-ized applications (iperf, HTTP server/client, sensor app, social app, BitTorrent) to use for the experiment |
| | 65 | '''Setting up a WiMAX testbed in preparation for an experiment''' |
| | 66 | * Load baseline disk image |
| | 67 | * Restart base station to default settings |
| | 68 | * Assign WiMAX clients to the selected VLAN |
| | 69 | '''Use basic WiMAX functionality in OMF''' |
| | 70 | * Connect to the WiMAX network |
| | 71 | * Assign an IP address to a WiMAX client |
| | 72 | * Configure a WiMAX base station |
| | 73 | * Use an OML-instrumented application from OMF |
| | 74 | '''Conducting ongoing experiments''' |
| | 75 | * Saving a disk image for later use |
| | 76 | * Extending and revising an OMF script |
| | 77 | * Retrieving experimental results from OML and post-processing |
| | 78 | |
| | 79 | |
| | 80 | |
