Mixed-size concurrency: ARM, POWER, C/C++11, and SC

Power and Sample Size in Linear Mixed Effects Models

MAESTRO: Dynamic Runtime Power and Concurrency Adaptation

Microprocessor core counts are on a trajectory such that for many applications the microprocessor will soon be overprovisioned for computation with respect to off-chip communication and memory system capabilities. In the absence of strategies to exploit intra-chip communication, performance of even simple benchmarks is noticeably impacted by coscheduling multiple copies on the cores of current ...

Genetic Algorithm- Based Active Power Filter Allocation and Size Determination

In this paper, two algorithms have been developed for allocation and size determination of Active Power Filters (APF) in power systems. In the first algorithm, the objective is to minimize harmonic voltage distortion. The objective in the second algorithm is to minimize the new APF injection currents while satisfying harmonic standards. Genetic algorithm is proposed for these two optimization p...

Genetic Algorithm- Based Active Power Filter Allocation and Size Determination

In this paper, two algorithms have been developed for allocation and size determination of Active Power Filters (APF) in power systems. In the first algorithm, the objective is to minimize harmonic voltage distortion. The objective in the second algorithm is to minimize the new APF injection currents while satisfying harmonic standards. Genetic algorithm is proposed for these two optimization p...

Towards power-elastic systems through concurrency management

Power constrained systems, di erent from traditional low power systems, are becoming more recognized. The operation of these systems is not constrained only by the availability of traditional resources such as software or hardware, but is limited by applicable power. Designing such systems poses new challenges. We meet these challenges by departing from the classical low power design approach a...