The impact of workload variability on the energy efficiency of large-scale heterogeneous distributed systems.
Georgios L. StavrinidesHelen D. KaratzaPublished in: Simul. Model. Pract. Theory (2018)
Keyphrases
- distributed systems
- energy efficiency
- response time
- energy consumption
- power consumption
- wireless sensor networks
- loosely coupled
- energy efficient
- data center
- sensor networks
- distributed environment
- fault tolerant
- routing protocol
- load balancing
- power management
- fault tolerance
- power saving
- geographically distributed
- mobile agents
- smart home
- energy saving
- distributed computing
- data replication
- distributed database systems
- operating system
- energy conservation
- real time
- agent technology
- sensor nodes
- database
- security policies
- routing algorithm
- data availability
- databases
- data sets
- deadlock detection