1 | CitySense |
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2 | |
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3 | Matt Welsh and Josh Bers |
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4 | |
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5 | We have been awarded an NSF grant to develop an urban-scale sensor |
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6 | network testbed, called CitySense. The idea is to deploy 100+ nodes |
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7 | consisting of embedded Linux PCs with 802.11a/b/g and fancy weather |
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8 | sensors on light poles all over Cambridge, MA. The testbed is intended |
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9 | to be an open platform, like PlanetLab, allowing multiple users to |
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10 | program and monitor the network. |
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11 | |
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12 | I am attaching the original project description from the proposal. |
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13 | We don't have a formal web page yet but that should go online soon. |
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14 | |
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15 | The award is very recent (8/1/06) so we are just now starting on the |
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16 | prototyping effort. Our first milestone is to build a small-scale |
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17 | testbed with 5-10 nodes and deploy it on the rooftops at Harvard and |
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18 | BBN, to get experience with the hardware and software, before we grow |
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19 | it out to larger numbers. It is a 4-year project in total so our main |
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20 | deliverables will be to have the complete network up and running in |
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21 | Year 3 or Year 4. The proposal has a more detailed timeline. |
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22 | |
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23 | The genesis of these ideas and the proposal itself came about around |
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24 | the same time that work on GENI was getting started, so it was a happy |
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25 | coincidence that CitySense has so much overlap with the GENI |
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26 | prototyping efforts. We certainly envision CitySense as a prototype of |
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27 | the wireless sensor component of GENI. (I am involved on the GENI |
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28 | Wireless Working Group as well) Because our nodes are fairly capable |
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29 | we can imagine CitySense also offering an 'urban wireless' environment |
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30 | for GENI, quite separate from its sensors. So we are excited to get |
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31 | this system built up and start getting users on board. |
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