8- https://doi.org/10.1007/s11227-014-1310-y
A dual speed scheme for dynamic voltage scaling on real-time multiprocessor systems
- Oct 11, 2014
- The Journal of Supercomputing
- Sangchul Han +3 more
Abstract
This paper proposes an off-line dynamic voltage scaling (DVS) scheme that can be integrated with EDF$$^{(k)}$$(k), which is a global real-time scheduling algorithm for symmetric multiprocessor systems. The scheme computes the static execution speed for each individual task assuming the task's worst-case execution. Based on the individual speed, it determines static dual speeds off-line for each task to make use of the gap between actual execution demand and the worst-case execution demand. The simulation results show that the proposed scheme combined with an existing online DVS technique can reduce energy consumption by up to 37 % compared with a uniform speed technique when the number of processors is 32.
- # Dynamic Voltage Scaling
- # Real-time Multiprocessor Systems
- # Dual Speed
- # Execution Demand
- # Dynamic Voltage Scaling Scheme
- # Number Of Processors
- # Reduce Energy Consumption
- # Global Scheduling Algorithm
- # Voltage Scaling Scheme
- # Dynamic Scaling
