92 | | <td>Deter </a></td> |
93 | | <td>Testbed for security experiments consisting of about 200 co-located PCs that can be loaded with an experimenter specified OS image and connected in arbitrary topologies</td> |
94 | | <td>Complete PCs</td> |
95 | | <td>PCs can be set up as routers</td> |
96 | | <td>No</td> |
97 | | <td>I2? NLR? Internet</td> |
98 | | <td><a href="http://www.protogeni.net"> ProtoGENI Tools</a>, <a href="http://seer.deterlab.net/trac"> SEER </a></td> |
99 | | </tr> |
| 92 | <td> <a href="http://groups.geni.net/geni/wiki/GeniAggregate/MillionNodeGeni"> Million Node GENI </a> </td> |
| 93 | <td> Compute resources on thousands of platforms donated by individuals and institutions. Platforms may be mobile and/or behind firewalls and NATs. </td> |
| 94 | <td> Experimenter software, written in a subset of Python, runs in sandboxes on Million Node GENI platforms. </td> |
| 95 | <td> No </td> |
| 96 | <td> Million Node GENI includes wireless platforms </td> |
| 97 | <td> Internet </td> |
| 98 | <td> <a href="http://www.protogeni.net"> ProtoGENI Tools</a>, Million Node GENI Tools </td> |
| 99 | </tr> |
| 100 | </table> |
| 101 | <p style="font-size:x-small;">GENI Aggregate Providers: Please report errors and omissions in the table above to <a href="mailto:vthomas@bbn.com"> Vic Thomas </a></p> |
| 102 | }}} |
| 103 | |
| 104 | ==== 3.1.2 Programmable Networks ==== |
| 105 | {{{ |
| 106 | #!html |
| 107 | <table border="1"> |
| 108 | <tr> |
| 109 | <th><b>Aggregate</b></th> |
| 110 | <th><b>Description</b></th> |
| 111 | <th><b>Compute Resources</b></th> |
| 112 | <th><b>Programmable Network</b></th> |
| 113 | <th><b>Wireless</b></th> |
| 114 | <th><b>Network Connectivity</b></th> |
| 115 | <th><b>Experimenter Tools</b></th> |
| 116 | <tr> |
| 117 | </tr> |
| 118 | |
| 119 | <tr> |
| 120 | <td>Supercharged PlanetLab Platform (SPP) Nodes </a></td> |
| 121 | <td> Five high-performance PlanetLab nodes at Internet2 co-location sites. Nodes incorporate high-performance server and network processor blades to support service delivery over high speed overlay networks. </td> |
| 122 | <td> Experimenters program the General-Purpose Processing Engines (GPEs) and Network Processor Blades (NPE) of the SPP nodes. </td> |
| 123 | <td> Yes </td> |
| 124 | <td> No </td> |
| 125 | <td> Internet2 </td> |
| 126 | <td> </td> |
| 127 | </tr> |
| 128 | <tr> |
| 129 | <td> <a href="GeniAggregate/ProtoGeniBackBoneNodes"> ProtoGENI Backbone Nodes </a></td> |
| 130 | <td> Nodes at 5 Internet2 co-location sites. The ProtoGENI backbone runs Ethernet on a 1Gbps Internet2 wave, and slices it with VLANs. Researchers select the topology of VLANs on this infrastructure. </td> |
| 131 | <td> No </td> |
| 132 | <td> Yes </td> |
| 133 | <td> No </td> |
| 134 | <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 | <td> <a href="http://www.protogeni.net"> ProtoGENI Tools</a> </td> |
| 136 | </tr> |
| 137 | <tr> |
| 138 | <td>BGP Mux </a></td> |
| 139 | <td> BGP-session multiplexer that provides stable, on-demand access to global BGP route feeds. Arbitrary and even transient client BGP connections can be provisioned and torn down on demand without affecting globally visible BGP sessions. </td> |
| 140 | <td> No </td> |
| 141 | <td> Yes </td> |
| 142 | <td> No </td> |
| 143 | <td> Internet2 </td> |
| 144 | <td> </td> |
| 145 | </tr> |
| 146 | <tr> |
| 147 | <td> Stanford OpenFlow Network </a></td> |
| 148 | <td> </td> |
| 149 | <td> </td> |
| 150 | <td> </td> |
| 151 | <td> </td> |
| 152 | <td> Internet2 </td> |
| 153 | <td> </td> |
| 154 | </tr> |
| 155 | <tr> |
| 156 | <td> Indiana Openflow Network </a></td> |
| 157 | <td> </td> |
| 158 | <td> </td> |
| 159 | <td> </td> |
| 160 | <td> </td> |
| 161 | <td> Internet2 </td> |
| 162 | <td> </td> |
| 163 | </tr> |
| 164 | <tr> |
| 165 | <td> Rutgers Openflow Network </a></td> |
| 166 | <td> </td> |
| 167 | <td> </td> |
| 168 | <td> </td> |
| 169 | <td> </td> |
| 170 | <td> Internet2 </td> |
| 171 | <td> </td> |
| 172 | </tr> |
| 173 | <tr> |
| 174 | <td> <a href="http://groups.geni.net/geni/wiki/GeniAggregate/GpoLabOpenFlow"> GPO Lab Openflow Network </a></td> |
| 175 | <td> <a href="http://www.openflow.org/"> OpenFlow </a> testbed consisting of three OpenFlow-controlled switches (one each of HP, NEC, and Quanta) and an Expedient AM/OIM/FV stack. </td> |
| 176 | <td> Computing resources provided by the GPO Lab myPLC and GPO Lab ProtoGENI aggregates </td> |
| 177 | <td> Yes </td> |
| 178 | <td> No </td> |
| 179 | <td> Internet2: IP and Layer 2, NLR: IP and Layer 2 </td> |
| 180 | <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> |
| 181 | </tr> |
| 182 | </table> |
| 183 | <p style="font-size:x-small;">GENI Aggregate Providers: Please report errors and omissions in the table above to <a href="mailto:vthomas@bbn.com"> Vic Thomas </a></p> |
| 184 | }}} |
| 185 | |
| 186 | ==== 3.1.2 Wireless Testbeds ==== |
| 187 | {{{ |
| 188 | #!html |
| 189 | <table border="1"> |
| 190 | <tr> |
| 191 | <th><b>Aggregate</b></th> |
| 192 | <th><b>Description</b></th> |
| 193 | <th><b>Compute Resources</b></th> |
| 194 | <th><b>Programmable Network</b></th> |
| 195 | <th><b>Wireless</b></th> |
| 196 | <th><b>Network Connectivity</b></th> |
| 197 | <th><b>Experimenter Tools</b></th> |
| 198 | <tr> |
| 199 | </tr> |
118 | | <tr> |
119 | | <td> <a href="http://groups.geni.net/geni/wiki/GeniAggregate/MillionNodeGeni"> Million Node GENI </a> </td> |
120 | | <td> Compute resources on thousands of platforms donated by individuals and institutions. Platforms may be mobile and/or behind firewalls and NATs. </td> |
121 | | <td> Experimenter software, written in a subset of Python, runs in sandboxes on Million Node GENI platforms. </td> |
122 | | <td> No </td> |
123 | | <td> Million Node GENI includes wireless platforms </td> |
124 | | <td> Internet </td> |
125 | | <td> <a href="http://www.protogeni.net"> ProtoGENI Tools</a>, Million Node GENI Tools </td> |
126 | | </tr> |
127 | | <tr> |
128 | | <td>ViSE </td> |
129 | | <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> |
130 | | <td> Linux virtual machines on sensor nodes </td> |
131 | | <td> No </td> |
132 | | <td> Testbed nodes use long distance 802.11b over directional antenna for communication </td> |
133 | | <td> </td> |
134 | | <td> </td> |
| 218 | </table> |
| 219 | <p style="font-size:x-small;">GENI Aggregate Providers: Please report errors and omissions in the table above to <a href="mailto:vthomas@bbn.com"> Vic Thomas </a></p> |
| 220 | }}} |
| 221 | |
| 222 | ==== 3.1.3 Specialized Aggregates ==== |
| 223 | {{{ |
| 224 | #!html |
| 225 | <table border="1"> |
| 226 | <tr> |
| 227 | <th><b>Aggregate</b></th> |
| 228 | <th><b>Description</b></th> |
| 229 | <th><b>Compute Resources</b></th> |
| 230 | <th><b>Programmable Network</b></th> |
| 231 | <th><b>Wireless</b></th> |
| 232 | <th><b>Network Connectivity</b></th> |
| 233 | <th><b>Experimenter Tools</b></th> |
| 234 | <tr> |
| 235 | </tr> |
| 236 | <tr> |
| 237 | <td>Deter </a></td> |
| 238 | <td>Testbed for security experiments consisting of about 200 co-located PCs that can be loaded with an experimenter specified OS image and connected in arbitrary topologies</td> |
| 239 | <td>Complete PCs</td> |
| 240 | <td>PCs can be set up as routers</td> |
| 241 | <td>No</td> |
| 242 | <td>I2? NLR? Internet</td> |
| 243 | <td><a href="http://www.protogeni.net"> ProtoGENI Tools</a>, <a href="http://seer.deterlab.net/trac"> SEER </a></td> |
146 | | <td>Supercharged PlanetLab Platform (SPP) Nodes </a></td> |
147 | | <td> Five high-performance PlanetLab nodes at Internet2 co-location sites. Nodes incorporate high-performance server and network processor blades to support service delivery over high speed overlay networks. </td> |
148 | | <td> Experimenters program the General-Purpose Processing Engines (GPEs) and Network Processor Blades (NPE) of the SPP nodes. </td> |
149 | | <td> Yes </td> |
150 | | <td> No </td> |
151 | | <td> Internet2 </td> |
152 | | <td> </td> |
153 | | </tr> |
154 | | <tr> |
155 | | <td> <a href="GeniAggregate/ProtoGeniBackBoneNodes"> ProtoGENI Backbone Nodes </a></td> |
156 | | <td> Nodes at 5 Internet2 co-location sites. The ProtoGENI backbone runs Ethernet on a 1Gbps Internet2 wave, and slices it with VLANs. Researchers select the topology of VLANs on this infrastructure. </td> |
| 255 | <td>ViSE </td> |
| 256 | <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 | <td> Linux virtual machines on sensor nodes </td> |
158 | | <td> Yes </td> |
159 | | <td> No </td> |
160 | | <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> |
161 | | <td> <a href="http://www.protogeni.net"> ProtoGENI Tools</a> </td> |
162 | | </tr> |
163 | | <tr> |
164 | | <td>BGP Mux </a></td> |
165 | | <td> BGP-session multiplexer that provides stable, on-demand access to global BGP route feeds. Arbitrary and even transient client BGP connections can be provisioned and torn down on demand without affecting globally visible BGP sessions. </td> |
166 | | <td> No </td> |
167 | | <td> Yes </td> |
168 | | <td> No </td> |
169 | | <td> Internet2 </td> |
170 | | <td> </td> |
171 | | </tr> |
172 | | <tr> |
173 | | <td> Stanford OpenFlow Network </a></td> |
174 | | <td> </td> |
175 | | <td> </td> |
176 | | <td> </td> |
177 | | <td> </td> |
178 | | <td> Internet2 </td> |
179 | | <td> </td> |
180 | | </tr> |
181 | | <tr> |
182 | | <td> Indiana Openflow Network </a></td> |
183 | | <td> </td> |
184 | | <td> </td> |
185 | | <td> </td> |
186 | | <td> </td> |
187 | | <td> Internet2 </td> |
188 | | <td> </td> |
189 | | </tr> |
190 | | <tr> |
191 | | <td> Rutgers Openflow Network </a></td> |
192 | | <td> </td> |
193 | | <td> </td> |
194 | | <td> </td> |
195 | | <td> </td> |
196 | | <td> Internet2 </td> |
197 | | <td> </td> |
198 | | </tr> |
199 | | <tr> |
200 | | <td> <a href="http://groups.geni.net/geni/wiki/GeniAggregate/GpoLabOpenFlow"> GPO Lab Openflow Network </a></td> |
201 | | <td> <a href="http://www.openflow.org/"> OpenFlow </a> testbed consisting of three OpenFlow-controlled switches (one each of HP, NEC, and Quanta) and an Expedient AM/OIM/FV stack. </td> |
202 | | <td> Computing resources provided by the GPO Lab myPLC and GPO Lab ProtoGENI aggregates </td> |
203 | | <td> Yes </td> |
204 | | <td> No </td> |
205 | | <td> Internet2: IP and Layer 2, NLR: IP and Layer 2 </td> |
206 | | <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> |
| 259 | <td> Testbed nodes use long distance 802.11b over directional antenna for communication </td> |
| 260 | <td> </td> |
| 261 | <td> </td> |