AES / NI-DAQ / Texas Instruments / Atom LEAP / Intel / Microsoft / /
Currency
USD / / /
Facility
University of California / /
IndustryTerm
user-level applications / compression algorithm / power-sensitive systems / fictional pad device / security-sensitive applications / digital signal processor / self-contained energy measurement platform / education tool / educational tool / software means / software full disk encryption / compressed file systems / wireless network / direct energy measurement / software tools / web browser / energy consumption problems / generation tool / energy research / energy use / software power estimation / energy measurement / energy calipers / open-source software / componentlevel energy-measurement platform / energy testing methodology / computer hardware / open source tools / energy usage / energy / self-contained energy measurement / insight into hardware / energy costs / widespread tool / driven energy accounting / counter-intuitive energy saving techniques / software stack / energy consumption / pedagogical curriculum covering energy efficiency / securitysensitive applications / energy cost / suitable tools / software behavior / student / cryptographic algorithms / component-level energy measurements / untrusted wireless network / energy win / less energy / energy efficiency / normal applications / socket power measurement device / compression algorithms / workbench software / hard disk energy consumption / software encryption costs / Internet Explorer / low power energy aware processing / /
OperatingSystem
GNU/Linux / Linux / OpenSUSE / /
Organization
University of California / Los Angeles / /
Person
William J. Kaiser / T IWARI / V / Peter L. Reiher / DAWSON -H AGGERTY / /
Position
embedded network power manager / /
Product
Atom CPU / Atom / Intel Atom CPU / /
ProgrammingLanguage
C / K / L / J / /
ProvinceOrState
California / /
Technology
RAM / scanning algorithm / Linux / compression algorithms / disk encryption / potentially expensive algorithms / operating system / operating systems / digital signal processor / mobile devices / Encryption / LEAP technology / cryptography / public key / compression algorithm / http / scp Encryption / caching / simulation / network encryption / DSP / 3G / /
Investigating Energy and Security Trade-offs in the Classroom With the Atom LEAP Testbed Peter A. H. Peterson, Digvijay Singh, William J. Kaiser, Peter L. Reiher {pahp, reiher}@cs.ucla.edu {, kaiser@ee.u