SEaMLESS: a SErvice migration cLoud architecture for energy saving and memory releaSing capabilities.
Dino Lopez PachecoQuentin JacquemartAndrea SegaliniMyriana RifaiM. DioneGuillaume Urvoy-KellerPublished in: SoCC (2017)
Keyphrases
- energy saving
- energy consumption
- management system
- power management
- multi tenant
- power consumption
- data center
- cloud computing
- cloud platform
- wireless sensor networks
- energy efficiency
- application level
- middleware architecture
- power saving
- client server architecture
- energy conservation
- save energy
- energy efficient
- service providers
- computational power
- global warming
- associative memory
- web services
- energy management
- real time
- cloud services
- computing platform
- virtual machine
- memory access
- electricity consumption
- data sets
- mobile services
- databases
- context awareness
- private cloud
- end to end