Sun Microsystems / Inter-Range Instrumentation Group / Lawrence Berkeley National Laboratory / Digital Equipment / /
Country
Norway / United States / / /
Event
FDA Phase / Product Issues / /
Facility
University of Delaware / IRIG facility / National Institute of Science / CLK facility / SIGIO facility / Computer Network Clocks1 / 2 / 3 David L. Mills Electrical Engineering Department University / /
IndustryTerm
software improvements / Internet time servers / synchronization protocol / Internet Standard / interface hardware / satellite time services / unreliable networks / real-time applications / serial port processing / clock selection algorithms / software components / later processing / software interfaces / engineered software refinements / present technology / input processing / Internet mail / telephone networks / software processing / kernel software / clock selection algorithm / software distributions / code path delay accounting / carrier-detect lead / speed networks / driver software / input/output driver software / system kernel software / minimal processing / clock filter algorithm / Internet experience / high software priority level / Internet Protocol / interpolation algorithm / update processing / computing / precision timekeeping equipment / software malfunction / typical Internet paths / /
National Science Foundation / Computer Network Clocks1 / 2 / 3 David L. Mills Electrical Engineering Department University / University of Delaware / National Institute of Science and Technology / NASA Ames Research Center / Northeastern Center for Engineering Education / U.S. Navy Surface Weapons Center / Research Projects Agency / Electrical Engineering Department / /
Precision Synchronization of Computer Network Clocks1,2,3 David L. Mills Electrical Engineering Department University of Delaware Abstract This paper builds on previous work involving the Network Time Protocol, which is