Ann Arbor / Orlando / Amsterdam / Vienna / Adelaide / Taormina / Communication Brescia / /
Company
Ultra-Broadband Information Networks / Google / /
Country
Netherlands / Italy / Austria / United States / Australia / /
Currency
USD / / /
Event
Natural Disaster / /
Facility
Linux Cluster Institute / University of Melbourne / The University of Melbourne / /
IndustryTerm
synchronisation algorithm / interface to access any hardware / open source operating systems / clock synchronization algorithm / bit systems / synchronization algorithms / synchronization algorithm / 3GHz processor / pure feedback algorithm / feedback algorithms / attractive tool / network intensive applications / particular hardware infrastructure / feed-forward algorithm / similar systems / feed-forward synchronization algorithms / short term solution / feedback synchronization algorithm / Internet Measurement Conf / feedforward synchronization algorithms / power management / software timestamping / feedback synchronization algorithms / heavy computing tasks / computer clock synchronization algorithms / software clock / rack server / space applications / feed-forward applications / /
OperatingSystem
Linux / FreeBSD / UNIX-like / /
Organization
University of Melbourne / Cisco University Research Program Fund / TSC CPU / Silicon Valley Community Foundation / USENIX Association / Federal Government / National ICT Australia EEE Department / Linux Cluster Institute / /
Person
Darryl Veitch / Timothy Broomhead / Rey / / /
Position
feed-forward / /
Product
RADclock / /
ProvinceOrState
Michigan / California / /
Technology
LAN / synchronization algorithms / UNIX / Linux / Network Computer / API / RADclock algorithm / feed-forward algorithm / GPS / feed-forward synchronization algorithms / clock synchronization algorithm / operating system / feedback synchronization algorithms / operating systems / synchronization algorithm / NTP protocol / synchronisation algorithm / pure feedback algorithm / Precision Time Protocol / feedback algorithms / Real-Time Clock / feedback synchronization algorithm / CPU chip / Network Time Protocol / caching / designing computer clock synchronization algorithms / same algorithm / feedforward synchronization algorithms / 3GHz processor / /
ISPCS 2009 International IEEE Symposium on Precision Clock Synchronization for Measurement, Control and Communication Brescia, Italy, October 12-16, 2009 Counter Availability and Characteristics for Feed-forward Based Sy