On Boosting Energy-Efficiency of Heterogeneous Embedded Systems via Game Theory.
David PereiraAleksandar IlicLeonel SousaPublished in: PARMA-DITAM@HiPEAC (2017)
Keyphrases
- game theory
- embedded systems
- energy efficiency
- smart home
- power consumption
- energy consumption
- wireless sensor networks
- game theoretic
- sensor networks
- data center
- low cost
- nash equilibrium
- cooperative
- energy saving
- power management
- statistical physics
- multi agent systems
- high performance computing
- field programmable gate array
- response time
- cost effective
- nash equilibria
- resource allocation
- solution concepts
- routing protocol
- software systems
- sensor nodes
- fictitious play
- database
- artificial intelligence
- computer simulation
- context aware
- cloud computing
- source code
- open source
- software engineering
- active learning
- flash memory
- data model
- learning algorithm
- machine learning