| Document Date: 2007-02-23 14:58:46
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City Sender / / Company Ricochet / FEC / LEC / Ricochet Packet Structure 4 Lateral Error Correction / Hence / G0 / / / Event FDA Phase / Company Expansion / / Facility ‡Carnegie Mellon University / Cornell University / / IndustryTerm liable multicast protocol / time-critical faulttolerant applications / time-critical applications / commodity routers / time-critical clustered applications / computational finance calculator / lowrate multicast groups / individual / datacenter hardware / clustered applications / fine-grained multicast groups / datacenter software / computational finance / multicast protocols / blade-server / back-end computing / multicast technology / datacenter networks / possible solution / consistent protocol / contemporary computing spectrum / multicast groups / low-latency reliable multicast protocol / internet radio / contemporary industrial products / multicast protocol / failure detection infrastructure / multicast applications / given / software distribution / symmetric protocol / / OperatingSystem Linux / / Organization Cornell University / Carnegie Mellon University / / Person Amar Phanishayee / Ken Birman / Stefan Pleisch / / Position Set Rt / groups forming Rt / region Rt / Rt / IP Multicast model / a group / / Product Ricochet / / ProvinceOrState Utah / / Technology multicast technology / 1.4 Complexity The algorithm / symmetric protocol / Linux / existing commodity routers / 1 Algorithm / NAK protocols / multicast protocol / MTU / operating systems / Slingshot protocol / multicast protocols / liable multicast protocol / Java / ACKbased protocols / data caching / caching / strongly consistent protocol / /
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Ricochet: Lateral Error Correction for Time-Critical Multicast Mahesh Balakrishnan†, Ken Birman†, Amar Phanishayee‡, Stefan Pleisch† † Cornell University and ‡Carnegie Mellon University {mahesh,ken,pleisch}@c