| Document Date: 2010-04-18 18:38:25
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Company Cp (tk ) Co / / Facility University of Melbourne Everyone / University of Melbourne.4 The / / IndustryTerm software limitations / by-product / feed-forward algorithm / computer operating systems / clock software / Internet The key / sync algorithm / busy replacing mobile base-station synchronous backhaul systems / self-respecting algorithm / satellite visibility / clock synchronization algorithm / feedback systems / telecommunications industry / synchronization algorithm / post-processing outputs / extra hardware / faster processors / difference synchronization algorithm / feed-forward algorithms / / OperatingSystem Mac OS / FreeBSD / Linux / Microsoft Windows / / Organization University of Melbourne / University of Melbourne Everyone / US Federal Reserve / / Person Darryl Veitch / Julien Ridoux / / Position FEED-FORWARD / building supervisor / intrepid administrator / / Technology Ethernet / faster processors / difference synchronization algorithm / LAN / IP routers / feed-forward algorithms / self-respecting algorithm / network interface card / Linux / API / feed-forward algorithm / GPS / NTP synchronization algorithm / Network Time Protocol / clock synchronization algorithm / operating system / operating systems / synchronization algorithm / sync algorithm / Gigabit Ethernet / /
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NETWORKS Principles of Robust Timing over the Internet The key to synchronizing clocks over networks is taming delay variability. Julien Ridoux and Darryl Veitch, University of Melbourne