A 28 nm DSP Powered by an On-Chip LDO for High-Performance and Energy-Efficient Mobile Applications.
Martin Saint-LaurentPaul BassettKen LinBaker MohammadYuhe WangXufeng ChenMaen AlradaidehTom WernimontKartik AyyarDan BuiDwight GalbiAllan LesterMarzio Pedrali-NoyWillie AndersonPublished in: IEEE J. Solid State Circuits (2015)
Keyphrases
- energy efficient
- mobile applications
- high speed
- embedded dram
- wireless sensor networks
- cmos technology
- energy consumption
- mobile users
- mobile devices
- mobile phone
- base station
- digital signal processing
- sensor networks
- metal oxide semiconductor
- low power
- context aware
- m learning
- energy efficiency
- mobile environments
- low cost
- digital signal processor
- mobile services
- user experience
- location based services
- cost effective
- energy saving
- wifi
- smart phones
- end users
- sensor nodes
- low latency
- power dissipation
- mobile computing
- real time
- wireless technologies
- data transmission
- mobile technologies
- routing algorithm
- routing protocol