Rate-Energy Tradeoffs of Wireless Powered Backscatter Communication With Power Splitting and Time Switching.
Gerardo SacareloYun Hee KimPublished in: IEEE Access (2021)
Keyphrases
- energy dissipation
- total energy
- battery powered
- power consumption
- ultra low power
- low power
- wireless link
- wireless communication
- communication technologies
- power supply
- wireless communication systems
- wireless networks
- low bandwidth
- energy consumption
- mobile communication
- energy management
- sensor nodes
- high data rate
- cross section
- energy conservation
- wireless technologies
- wireless sensor networks
- communication networks
- multimedia communication
- body sensor networks
- mobile devices
- solar energy
- power control
- medium access control
- electrical power
- power allocation
- wireless devices
- power distribution systems
- energy efficiency
- resource constrained
- communication systems
- energy efficient
- wireless channels
- mobile users
- network connectivity
- power generation
- wind turbine
- battery power
- ad hoc networks
- quality of service
- multi hop
- energy saving
- mobile ad hoc networks
- communication cost
- electrical energy
- physical layer
- allocation scheme