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ViSE Project Report July 2 nd , 2009. David Irwin, Michael Zink, Prashant Shenoy , Navin Sharma, Deepak Ganesan , Jim Kurose. Progress: Year 1. Official Milestones Assembly of 3 sensor nodes ( completed ) Field deployment of 3 sensor nodes ( completed )
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ViSE Project ReportJuly 2nd, 2009 David Irwin, Michael Zink, PrashantShenoy, Navin Sharma, Deepak Ganesan, Jim Kurose
Progress: Year 1 • Official Milestones • Assembly of 3 sensor nodes (completed) • Field deployment of 3 sensor nodes (completed) • Initial ORCA integration (completed) • GEC4 demo (completed) • Outreach collaboration with UPRM (ongoing) • Orca Clearinghouse integration (ongoing) • Sensor virtualization; non-slivered control of data (started) • VLAN connection to the Internet2 (started) • Actuator virtualization; single guest VM (started) • Testbed available for use within cluster (started)
Challenges: Year 1 • Getting up to speed on radar/sensor interfaces • Upgrading nodes to support multiple users • BBN hired away our domain expert! • Simplifying radar/sensor control code • Radar/sensor virtualization • Problems controlling some devices in Xen and other virtualized domains (e.g., VMware) • Switching to VServerstemporarily to continue forward progress
Progress: Orca Integration • Orca components developed • Simple sensor resource handler • Simple sensor slice controller • Table-driven Clearinghouse allocation policy • (Re)developed a “queuing” policy • Setup geni.cs.umass.edu (with DOME) • Will host both DOME and ViSE Orca actor servers • Will transition from using a local Clearinghouse to the one at RENCI when necessary
Progress: Internet2 • Multiple meetings with UMass-Amherst OIT • geni.cs.umass.edu should have VLAN connection (over NEREN) to an Internet2 PoP in Boston (NOX) • geni.cs will host both DOME and ViSE’s actor servers • In the process of getting this done • What happens to our traffic at NOX? • Ilia introduced us to John Volbrecht at Internet2 • Knows about DCN • We willcoordinate withhim once we have the connection to the Internet2 PoP • What is our end goal?
Plans: Experiment Examples • Sensor-centric experiments • Comparing data fidelity from Furuno, Raymarine, MA1 • Students in Puerto Rico looking at this • Ground truth verification • Long-term data collection: UMass Trace repository • Long-distance wireless experiments • Experiments looking at long-distance wireless bandwidth • One REU and one UMass undergrad looking at this now • Long-term vision • Connect sensed data to cloud-based storage and processing • Run complete experiments: sensing + storage + processing
Plans: Spiral 2 • Official Milestones • December 1st, 2009 • Sensor slivering (multiple VMs over time) • Integration ofViSEwith clearinghouse • January 1st, 2010 • Installation of rapidly-deployed node • Installation of camera devices • 3-day class at the U. Puerto Rico on virtualization and GENI. • April 1st, 2010 • Virtualization of camera devices • Integration of slivering into testbed • Testbedallocation policy for sensors • Experiment control framework from updated reference software • October 1st, 2010 • Demo testbed resources shared among multiple experiments • Make federated testbed available to outside GENI users • Note: some Spiral 2 milestones accelerated to Spiral 1