28nm high- metal-gate heterogeneous quad-core CPUs for high-performance and energy-efficient mobile application processor.
Youngmin ShinKen ShinPrashant KenkareRajesh KashyapHoi-Jin LeeDongjoo SeoBrian MillarYohan KwonRavi IyengarMin-Su KimAhsan ChowdhurySung-il BaeInpyo HongWookyeong JeongAaron LindnerUkrae ChoKeith HawkinsJae-Cheol SonSeung Ho HwangPublished in: ISSCC (2013)
Keyphrases
- energy efficient
- mobile applications
- wireless sensor networks
- multi core architecture
- low overhead
- energy consumption
- sensor networks
- parallel processing
- high reliability
- mobile phone
- mobile devices
- m learning
- energy efficiency
- mobile environments
- cmos technology
- user experience
- distributed memory
- routing protocol
- context aware
- routing algorithm
- smart phones
- end users
- graphics processing units
- field effect transistors
- base station
- high speed
- mobile services
- mobile technologies
- single instruction multiple data
- user interface