Leicester / Paris / Tokyo / Phoenix / Copenhagen / London / San Jose / /
Company
IBM / Hewlett-Packard / ASUSTeK / IEEE Transactions / Intel / Microsoft / Google Inc / IEEE International / Toshiba / /
Country
France / Japan / United States / United Kingdom / Denmark / /
Currency
EUR / / /
Event
M&A / /
Facility
East Carolina University / University Pierre / Raouf Boutaba University of Waterloo February / De Montfort University / University of Waterloo / Tokyo University of Science / /
Linux / OpenBSD / FreeBSD / BSD / Microsoft Windows / /
Organization
University of Waterloo / East Carolina University / Faculty of Computing Sciences and Engineering / Tokyo University of Science / Tokyo / David R. Cheriton School of Computer Science / ComSoc Related Societies Board / De Montfort University / IEEE Communications Society / /
Person
Eduardo Pinheiro / Constantine A. Murenin / Luiz Andre Barroso / Gary W. Evans / Raouf Boutaba / Table I. Newly / Dana Johnson / Wolf-Dietrich Weber / Marie Curie / Marc Balmer / Takanori Watanabe / /
Position
driver / Premier / Editor-in-Chief / chairman of the IEEE Technical Committee / Director / Professor of Computer Science / distinguished lecturer / chairman / /
Product
ATK0110 virtual device / ATK0110 / /
ProgrammingLanguage
DC / C++ / /
PublishedMedium
The OpenBSD Journal / Journal of Applied Psychology / /
Technology
Storage Technologies / fan-controlling chip / integrated hardware monitoring silicon chip / Linux / API / Disk Drive / sensor chips / operating system / operating systems / individual hardware monitoring silicon chips / artificial intelligence / W83627DHG chip / different hardware monitoring chips / GUI / said chips / hardware monitoring chip / hardware monitoring chips / /
Quiet Computing with BSD: Fan control with sysctl hw.sensors. Constantine A. Murenin and Raouf Boutaba University of Waterloo February 2010