Analyzing energy/performance trade-offs with power capping for parallel applications on modern multi and many core processors.
Adam KrzywaniakJerzy ProficzPawel CzarnulPublished in: FedCSIS (2018)
Keyphrases
- trade off
- parallel processing
- multithreading
- shared memory
- single processor
- parallel computing
- parallel algorithm
- multiprocessor systems
- distributed memory
- parallel computation
- parallel execution
- parallel programming
- total energy
- parallel processors
- energy management
- parallel version
- solar energy
- high end
- data parallelism
- dynamic load balancing
- multi processor
- energy consumption
- pc cluster
- parallel architectures
- computational power
- power consumption
- computer architecture
- message passing interface
- processor array
- multi core processors
- energy minimization
- energy efficiency
- high performance computing
- parallel architecture
- parallel implementation
- power distribution
- highly parallel
- parallel machines
- massively parallel
- processing units
- energy conservation
- multicore processors
- memory subsystem
- power distribution systems
- energy supply
- electrical power
- low energy
- parallel computers
- load balancing
- general purpose
- multi objective