Joint Routing and Scheduling of Mobile Charging Infrastructure for V2V Energy Transfer.
Mohammad Ekramul KabirIbrahim SorkhohBassam MoussaChadi AssiPublished in: IEEE Trans. Intell. Veh. (2021)
Keyphrases
- energy consumption
- ad hoc networking
- wireless medium
- resource utilization
- routing protocol
- routing algorithm
- energy aware
- scheduling problem
- ad hoc networks
- computing environments
- network infrastructure
- network connectivity
- mobile nodes
- energy efficiency
- mobile devices
- ubiquitous computing
- wireless sensor networks
- node density
- network topology
- scheduling algorithm
- routing problem
- energy efficient
- mobile computing
- sensor networks
- battery power
- residual energy
- interconnection networks
- mobile networks
- sensor nodes
- mobile phone
- mobile learning
- mobile applications
- response time
- data collection
- data center
- transfer learning
- packet transmission
- resource allocation
- routing scheme
- mobile users
- internet services
- wireless technologies
- multi hop
- mobile environments
- parallel machines
- data transmission
- shortest path
- smart phones
- information exchange
- mobile objects
- load balancing
- value added services
- network resources
- wireless networks
- base station
- mobile technologies