1 | == GIMI v1.0 Integration Plan ==
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2 |
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3 | After review on 5/23/12. [[BR]]
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4 |
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5 | === ExoGENI ===
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6 | For the tutorial users will be given a pre-defined ExoGENI topology. Some of these topologies (approximately 3-4) will be inter rack slices (two aggregates), the others will be intra rack slices (one aggregate). [[BR]]
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7 | The pre-configured images will include (5/25): [[BR]]
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8 | o OML 2.7.0 [[BR]]
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9 | o OMF 2.7.0 [[BR]]
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10 | o OML-ified Iperf [[BR]]
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11 | o iRODS 3.1 client [[BR]]
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12 | o web server (small apache) [[BR]]
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13 | o r (for visualization) [[BR]]
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14 | o also EC? [[BR]]
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15 |
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16 | === VirtualBox ===
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17 | It would be great if we could have an independent (of other tutorials) VirtualBox image; on 5/23, it appears that only GIMI and GEMINI require VirtualBox, so perhaps have one image for both. [[BR]]
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18 | VirtualBox image for testing (6/1, Jeanne) [[BR]]
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19 | Required SW: [[BR]]
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20 | o Flukes [[BR]]
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21 | o Omni [[BR]]
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22 | o iRODS client [[BR]]
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23 | o Web browser [[BR]]
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24 | o EC [[BR]]
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25 |
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26 | To Do: [[BR]]
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27 | Is there a way to pre-install all required credentials? [[BR]]
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28 | What Java version does Flukes require? [[BR]]
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29 |
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30 | === OMF/OML ===
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31 | Run OML server on one of the ExoGENI nodes (5/25). [[BR]]
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32 | Use OML-ified Iperf for throughput measurements between ExoGENI nodes (5/25) [[BR]]
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33 | Use nmetrics to monitor condition of single node (5/25) [[BR]]
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34 | OMF EC to execute measurement (5/25) [[BR]]
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35 | Collect data on MC (5/25) [[BR]]
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36 |
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37 | To do: [[BR]]
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38 | How to bring up desired services on selected nodes? (6/1) [[BR]]
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39 | Decide on what XMPP server to use. NICTA, Rutgers, UMass? (5/25) [[BR]]
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40 | Decide how to load info into XMPP server. (6/1) [[BR]]
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41 | Provide for visualization on MC (6/1) How? [[BR]]
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42 |
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43 |
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44 | === Applications ===
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45 | Time-series radar data: measure throughput of time-series data? [[BR]]
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46 | Video: measure jitter of video data? [[BR]]
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47 | TCP/UDP experiment from IREEL, Guillaume? [[BR]]
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48 | Multi-path TCP? [[BR]]
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49 | Energy consumption? [[BR]]
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50 |
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51 | To Do: [[BR]]
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52 | Pick a good application, or reference experiment (6/1) [[BR]]
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53 | Prepare a reference use case (6/1) [[BR]]
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54 |
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55 |
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56 | === iRODS ===
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57 | Persistent iRODS servers are already setup at UMass and RENCI (with RENCI running iCAT). [[BR]]
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58 | Measurement data collected at MC will be transferred to iRODS (6/1). [[BR]]
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59 | Users will be able to use IREEL to analyze and present data stored in iRODS (6/15). [[BR]]
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60 |
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61 |
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62 | === IREEL ===
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63 | Use IREEL as measurement portal (6/1) [[BR]]
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64 | Persistent portal will be set up at UMass Amherst (6/15) [[BR]]
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65 |
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66 |
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67 | To Do: [[BR]]
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68 | Implement Flukes/Omni interface (TBD) MZ: Do we want to do this for tutorial? [[BR]]
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69 | Implement iRODS interface (6/15)
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70 | Can GENI credential mechanism be used? Most likely not for tutorial! [[BR]]
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71 |
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72 |
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73 |
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74 | === Tutorial Preparation ===
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75 | To do: [[BR]]
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76 | Review GEC 13 ExoGENI tutorial slides. [[BR]]
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77 | Coordinate with GEC14 ExoGENI tutorial. [[BR]]
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78 | Create accounts that can be used to access ExoGENI resources (6/15) [[BR]]
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79 | Pre-configure 15 ExoGENI slices on aggregates (define rspecs) (6/15) [[BR]]
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80 |
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81 | To Do: [[BR]]
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82 | Create iRODS accounts for tutorial users (6/1) [[BR]]
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83 | We should give a short (approximately 30 minutes) iRODS intro during the tutorial. MZ: Still possible with in 90 minutes time slot? [[BR]]
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