Changes between Version 63 and Version 64 of ExperimenterPortal
- Timestamp:
- 05/03/11 14:33:15 (13 years ago)
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ExperimenterPortal
v63 v64 39 39 <th><b>Compute Resources</b></th> 40 40 <th><b>Programmable Network</b></th> 41 <th><b>Wireless</b></th>42 41 <th><b>Network Connectivity</b></th> 43 42 <th><b>Experimenter Tools</b></th> … … 49 48 <td>Virtual machines on PlanetLab nodes</td> 50 49 <td>No</td> 51 <td>No</td>52 50 <td>Internet</td> 53 51 <td><a href="http://gush.cs.williams.edu/trac/gush"> Gush</a>, <a href="http://trac.gpolab.bbn.com/gcf/wiki/Omni">Omni</a>, <a href="http://raven.cs.arizona.edu/projects/project"> Raven</a>, SFI </td> … … 58 56 <td>Virtual machines on PlanetLab nodes</td> 59 57 <td>No</td> 60 <td>No</td>61 58 <td>Internet2: IP; NLR: IP; Internet</td> 62 59 <td><a href="http://gush.cs.williams.edu/trac/gush"> Gush</a>, <a href="http://trac.gpolab.bbn.com/gcf/wiki/Omni">Omni</a>, SFI</td> … … 64 61 <tr> 65 62 <td><a href="GeniAggregate/UtahProtoGeni"> Utah ProtoGENI </a></td> 66 <td>Over 500 co-located PCs that can be loaded with an experimenter specified OS image and connected in arbitrary topologies </td>63 <td>Over 500 co-located PCs that can be loaded with an experimenter specified OS image and connected in arbitrary topologies. Includes 60 nodes with 2 WiFi cards each, plus software-defined radio peripherals (USRP2) </td> 67 64 <td>Complete PCs or virtual machines on PCs</td> 68 65 <td>PCs can be set up as routers, plus experimenter-controllable switches (HP ProCurves)</td> 69 <td>60 nodes with 2 WiFi cards each, plus software-defined radio peripherals (USRP2)</td>70 66 <td>Internet2: IP and Layer 2; Internet</td> 71 67 <td><a href="http://www.protogeni.net"> ProtoGENI Tools</a>, <a href="http://gush.cs.williams.edu/trac/gush"> Gush</a></td> … … 76 72 <td>Complete PCs or virtual machines on PCs</td> 77 73 <td>PCs can be set up as routers</td> 78 <td>No</td>79 74 <td>Internet2: IP and Layer 2; Internet</td> 80 75 <td><a href="http://www.protogeni.net"> ProtoGENI Tools</a>, <a href="http://www.netlab.uky.edu/p/instools/"> Instrumentation Tools</a> </td> … … 85 80 <td>Complete PCs</td> 86 81 <td>PCs can be set up as routers</td> 87 <td>No</td>88 82 <td>Internet2: IP and Layer 2; NLR: IP and Layer 2; Internet</td> 89 83 <td><a href="http://www.protogeni.net"> ProtoGENI Tools</a>, <a href="http://gush.cs.williams.edu/trac/gush"> Gush</a></td> … … 94 88 <td> Experimenter software, written in a subset of Python, runs in sandboxes on Million Node GENI platforms. </td> 95 89 <td> No </td> 96 <td> Million Node GENI includes wireless platforms </td>97 90 <td> Internet </td> 98 91 <td> <a href="http://www.protogeni.net"> ProtoGENI Tools</a>, Million Node GENI Tools </td> … … 111 104 <th><b>Compute Resources</b></th> 112 105 <th><b>Programmable Network</b></th> 113 <th><b>Wireless</b></th>114 106 <th><b>Network Connectivity</b></th> 115 107 <th><b>Experimenter Tools</b></th> … … 122 114 <td> Experimenters program the General-Purpose Processing Engines (GPEs) and Network Processor Blades (NPE) of the SPP nodes. </td> 123 115 <td> Yes </td> 124 <td> No </td>125 116 <td> Internet2 </td> 126 117 <td> </td> … … 131 122 <td> No </td> 132 123 <td> Yes </td> 133 <td> No </td>134 124 <td> Internet2: Layer 2 and IP; Internet2 ION service (incl. many ProtoGENI sites); 1 Gbps to GpENI and Wisconsin ProtoGENI site, 10 GBps to Utah ProtoGENI site and Mid-Atlantic Crossroads; connected to SPP and ShadowNet nodes</td> 135 125 <td> <a href="http://www.protogeni.net"> ProtoGENI Tools</a> </td> … … 140 130 <td> No </td> 141 131 <td> Yes </td> 142 <td> No </td>143 132 <td> Internet2 </td> 144 133 <td> </td> … … 149 138 <td> </td> 150 139 <td> </td> 151 <td> </td>152 140 <td> Internet2 </td> 153 141 <td> </td> … … 158 146 <td> </td> 159 147 <td> </td> 160 <td> </td>161 148 <td> Internet2 </td> 162 149 <td> </td> … … 165 152 <td> Rutgers Openflow Network </a></td> 166 153 <td> </td> 167 <td> </td>168 154 <td> </td> 169 155 <td> </td> … … 176 162 <td> Computing resources provided by the GPO Lab myPLC and GPO Lab ProtoGENI aggregates </td> 177 163 <td> Yes </td> 178 <td> No </td>179 164 <td> Internet2: IP and Layer 2, NLR: IP and Layer 2 </td> 180 165 <td> OpenFlow tools (<a href="http://noxrepo.org/wp/">NOX</a> and <a href="http://yuba.stanford.edu/~jnaous/expedient/docs/index.html">Expedient</a>), <a href="http://trac.gpolab.bbn.com/gcf/wiki/Omni">Omni</a> </td> … … 193 178 <th><b>Compute Resources</b></th> 194 179 <th><b>Programmable Network</b></th> 195 <th><b>Wireless</b></th>196 180 <th><b>Network Connectivity</b></th> 197 181 <th><b>Experimenter Tools</b></th> … … 203 187 <td> Full access to nodes in the testbed </td> 204 188 <td> MAC layer and above programmable by experimenter. Topology control by changing transmit power levels and noise floor. </td> 205 <td> Yes </td>206 189 <td> </td> 207 190 <td> <a href="http://mytestbed.net/wiki/omf/Introduction"> OMF Tools </a></td> … … 209 192 <tr> 210 193 <td><a href="http://groups.geni.net/geni/wiki/GeniAggregate/Dome"> DOME </a></td> 211 <td> 35 transit buses equipped with computers and a variety of wireless radios, stationary WiFi access points with buses authenticated for access, numerous organic access points. </td>194 <td> 35 transit buses equipped with computers and a variety of wireless radios, stationary WiFi access points with buses authenticated for access, numerous organic access points. Radios in the testbed include 802.11b/g access points, 802.11g PCI, XTend 900Mhz radios, 3G modems, and GPS</td> 212 195 <td> Virtual machines on an embedded computer running Linux </td> 213 196 <td> No </td> 214 <td> Yes: 802.11b/g AP, 802.11g PCI, XTend 900Mhz radio, 3G modem, and GPS </td>215 197 <td> Internet </td> 216 198 <td> </td> … … 229 211 <th><b>Compute Resources</b></th> 230 212 <th><b>Programmable Network</b></th> 231 <th><b>Wireless</b></th>232 213 <th><b>Network Connectivity</b></th> 233 214 <th><b>Experimenter Tools</b></th> … … 239 220 <td>Complete PCs</td> 240 221 <td>PCs can be set up as routers</td> 241 <td>No</td>242 222 <td>I2? NLR? Internet</td> 243 223 <td><a href="http://www.protogeni.net"> ProtoGENI Tools</a>, <a href="http://seer.deterlab.net/trac"> SEER </a></td> … … 245 225 <tr> 246 226 <td>Kansei </a></td> 247 <td> Sensor networking testbed consisting of 96 nodes. Each node has one XSM, 4 Telosbs, and one iMote2, all of which are attached to a Stargate. The Stargates are connected using both wired and wireless ethernet. </td>227 <td> Sensor networking testbed consisting of 96 nodes. Each node has one XSM, 4 Telosbs, and one iMote2, all of which are attached to a Stargate. The Stargates are connected using both wired and wireless ethernet. The nodes have 802.11, 802.15.4, and 900 MHz Chipcon CC1000 radios </td> 248 228 <td> Experimenters program the Stargates running Stargate Release 7.2 from Intel Research. </td> 249 229 <td> No </td> 250 <td> Yes: 802.11, 802.15.4, and 900 MHz Chipcon CC1000 radios on the nodes. </td>251 230 <td> Internet </td> 252 231 <td> EmStar stargate development environment </td> … … 256 235 <td> Virtualized access to three sensor nodes located in the Amherst, MA area. Sensor nodes include a Davis Pro Vantage Pro2 Weather Station, a Sony SNC-RZ50N Pan-Tilt-Zoom Camera, and a Raymarine RD424 Radome Radar Scanner. </td> 257 236 <td> Linux virtual machines on sensor nodes </td> 258 <td> No </td>259 237 <td> Testbed nodes use long distance 802.11b over directional antenna for communication </td> 260 238 <td> </td>